Struct Megaelectronvolt 

pub struct Megaelectronvolt;

Mega-electronvolt (1 MeV = 10⁶ eV).

Trait Implementations

impl Clone for Megaelectronvolt

fn clone(&self) -> Megaelectronvolt

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Copy for Megaelectronvolt

impl Debug for Megaelectronvolt

fn fmt(&self, f: &mut Formatter<'_>) -> Result<(), Error>

Formats the value using the given formatter.

impl PartialEq for Megaelectronvolt

fn eq(&self, other: &Megaelectronvolt) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl PartialOrd for Megaelectronvolt

fn partial_cmp(&self, other: &Megaelectronvolt) -> Option<Ordering>

This method returns an ordering between self and other values if one exists.

fn lt(&self, other: &Rhs) -> bool

Tests less than (for self and other) and is used by the < operator.

fn le(&self, other: &Rhs) -> bool

Tests less than or equal to (for self and other) and is used by the <= operator.

fn gt(&self, other: &Rhs) -> bool

Tests greater than (for self and other) and is used by the > operator.

fn ge(&self, other: &Rhs) -> bool

Tests greater than or equal to (for self and other) and is used by the >= operator.

impl StructuralPartialEq for Megaelectronvolt

impl Unit for Megaelectronvolt

const RATIO: f64 = 1.602_176_634e-13

Unit-to-canonical conversion factor.

const SYMBOL: &'static str = "MeV"

Printable symbol, shown by core::fmt::Display.

type Dim = Dim<PInt<UInt<UInt<UTerm, B1>, B0>>, NInt<UInt<UInt<UTerm, B1>, B0>>, PInt<UInt<UTerm, B1>>, Z0, Z0, Z0, Z0, Z0>

Dimension to which this unit belongs.

impl UnitDiv<Arcminute> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Arcminute as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Arcminute as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Arcminute>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Arcsecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Arcsecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Arcsecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Arcsecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<AstronomicalUnit> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<AstronomicalUnit as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<AstronomicalUnit as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, AstronomicalUnit>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<AtomicMassUnit> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<AtomicMassUnit as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<AtomicMassUnit as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, AtomicMassUnit>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Attogram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Attogram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Attogram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Attogram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Attometer> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Attometer as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Attometer as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Attometer>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Attosecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Attosecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Attosecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Attosecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Attowatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Attowatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Attowatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Attowatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Bar> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Bar as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Bar as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Bar>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<BohrRadius> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<BohrRadius as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<BohrRadius as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, BohrRadius>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Centigram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Centigram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Centigram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Centigram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Centiliter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Centiliter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Centiliter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Centiliter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Centimeter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Centimeter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Centimeter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Centimeter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Centisecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Centisecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Centisecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Centisecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Century> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Century as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Century as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Century>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<ClassicalElectronRadius> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<ClassicalElectronRadius as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<ClassicalElectronRadius as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, ClassicalElectronRadius>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<CubicCentimeter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<CubicCentimeter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<CubicCentimeter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, CubicCentimeter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<CubicKilometer> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<CubicKilometer as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<CubicKilometer as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, CubicKilometer>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<CubicMeter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<CubicMeter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<CubicMeter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, CubicMeter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<CubicMillimeter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<CubicMillimeter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<CubicMillimeter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, CubicMillimeter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Day> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Day as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Day as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Day>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Decade> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Decade as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Decade as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Decade>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Decagram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Decagram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Decagram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Decagram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Decameter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Decameter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Decameter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Decameter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Decasecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Decasecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Decasecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Decasecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Decawatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Decawatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Decawatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Decawatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Decigram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Decigram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Decigram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Decigram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Deciliter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Deciliter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Deciliter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Deciliter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Decimeter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Decimeter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Decimeter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Decimeter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Decisecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Decisecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Decisecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Decisecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Deciwatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Deciwatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Deciwatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Deciwatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Degree> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Degree as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Degree as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Degree>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Dyne> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Dyne as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Dyne as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Dyne>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<EarthEquatorialRadius> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<EarthEquatorialRadius as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<EarthEquatorialRadius as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, EarthEquatorialRadius>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<EarthPolarRadius> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<EarthPolarRadius as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<EarthPolarRadius as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, EarthPolarRadius>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<EarthRadius> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<EarthRadius as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<EarthRadius as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, EarthRadius>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<ElectronReducedComptonWavelength> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<ElectronReducedComptonWavelength as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<ElectronReducedComptonWavelength as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, ElectronReducedComptonWavelength>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Electronvolt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Electronvolt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Electronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Electronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Erg> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Erg as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Erg as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Erg>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<ErgPerSecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<ErgPerSecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<ErgPerSecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, ErgPerSecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Exagram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Exagram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Exagram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Exagram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Exameter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Exameter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Exameter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Exameter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Exawatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Exawatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Exawatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Exawatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Femtogram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Femtogram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Femtogram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Femtogram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Femtometer> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Femtometer as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Femtometer as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Femtometer>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Femtosecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Femtosecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Femtosecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Femtosecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Femtowatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Femtowatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Femtowatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Femtowatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Fortnight> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Fortnight as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Fortnight as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Fortnight>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Gigagram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Gigagram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Gigagram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Gigagram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Gigajoule> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Gigajoule as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Gigajoule as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Gigajoule>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Gigameter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Gigameter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Gigameter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Gigameter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Giganewton> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Giganewton as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Giganewton as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Giganewton>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Gigaparsec> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Gigaparsec as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Gigaparsec as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Gigaparsec>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Gigapascal> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Gigapascal as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Gigapascal as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Gigapascal>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Gigasecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Gigasecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Gigasecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Gigasecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Gigawatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Gigawatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Gigawatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Gigawatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Gram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Gram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Gram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Gram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Hectogram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Hectogram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Hectogram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Hectogram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Hectometer> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Hectometer as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Hectometer as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Hectometer>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Hectopascal> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Hectopascal as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Hectopascal as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Hectopascal>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Hectosecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Hectosecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Hectosecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Hectosecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Hectowatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Hectowatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Hectowatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Hectowatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Hour> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Hour as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Hour as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Hour>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<HourAngle> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<HourAngle as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<HourAngle as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, HourAngle>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Joule> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Joule as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Joule as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Joule>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<JulianCentury> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<JulianCentury as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<JulianCentury as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, JulianCentury>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<JulianYear> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<JulianYear as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<JulianYear as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, JulianYear>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<JupiterRadius> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<JupiterRadius as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<JupiterRadius as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, JupiterRadius>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Kelvin> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Kelvin as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Kelvin as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Kelvin>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Kiloelectronvolt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Kiloelectronvolt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Kiloelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Kiloelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Kilogram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Kilogram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Kilogram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Kilogram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Kilojoule> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Kilojoule as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Kilojoule as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Kilojoule>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Kilometer> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Kilometer as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Kilometer as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Kilometer>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Kilonewton> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Kilonewton as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Kilonewton as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Kilonewton>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Kiloparsec> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Kiloparsec as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Kiloparsec as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Kiloparsec>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Kilopascal> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Kilopascal as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Kilopascal as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Kilopascal>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Kilosecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Kilosecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Kilosecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Kilosecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Kilowatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Kilowatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Kilowatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Kilowatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<KilowattHour> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<KilowattHour as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<KilowattHour as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, KilowattHour>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<LightYear> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<LightYear as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<LightYear as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, LightYear>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Liter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Liter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Liter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Liter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<LunarDistance> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<LunarDistance as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<LunarDistance as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, LunarDistance>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<LunarRadius> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<LunarRadius as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<LunarRadius as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, LunarRadius>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Meter

where <Meter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Meter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Meter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Kilometer

where <Kilometer as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Kilometer as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Kilometer, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Centimeter

where <Centimeter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Centimeter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Centimeter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Millimeter

where <Millimeter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Millimeter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Millimeter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Micrometer

where <Micrometer as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Micrometer as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Micrometer, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Nanometer

where <Nanometer as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Nanometer as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Nanometer, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Picometer

where <Picometer as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Picometer as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Picometer, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Femtometer

where <Femtometer as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Femtometer as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Femtometer, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Attometer

where <Attometer as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Attometer as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Attometer, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Zeptometer

where <Zeptometer as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Zeptometer as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Zeptometer, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Yoctometer

where <Yoctometer as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Yoctometer as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Yoctometer, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Megameter

where <Megameter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Megameter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megameter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Decimeter

where <Decimeter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Decimeter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Decimeter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Decameter

where <Decameter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Decameter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Decameter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Hectometer

where <Hectometer as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Hectometer as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Hectometer, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Gigameter

where <Gigameter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Gigameter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Gigameter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Terameter

where <Terameter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Terameter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Terameter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Petameter

where <Petameter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Petameter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Petameter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Exameter

where <Exameter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Exameter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Exameter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Zettameter

where <Zettameter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Zettameter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Zettameter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Yottameter

where <Yottameter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Yottameter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Yottameter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Attosecond

where <Attosecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Attosecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Attosecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Femtosecond

where <Femtosecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Femtosecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Femtosecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Picosecond

where <Picosecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Picosecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Picosecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Nanosecond

where <Nanosecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Nanosecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Nanosecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Microsecond

where <Microsecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Microsecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Microsecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Millisecond

where <Millisecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Millisecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Millisecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Centisecond

where <Centisecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Centisecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Centisecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Decisecond

where <Decisecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Decisecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Decisecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Second

where <Second as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Second as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Second, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Decasecond

where <Decasecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Decasecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Decasecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Hectosecond

where <Hectosecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Hectosecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Hectosecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Kilosecond

where <Kilosecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Kilosecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Kilosecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Megasecond

where <Megasecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Megasecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megasecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Gigasecond

where <Gigasecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Gigasecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Gigasecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Terasecond

where <Terasecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Terasecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Terasecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Minute

where <Minute as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Minute as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Minute, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Hour

where <Hour as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Hour as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Hour, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Day

where <Day as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Day as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Day, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Week

where <Week as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Week as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Week, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Fortnight

where <Fortnight as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Fortnight as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Fortnight, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Year

where <Year as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Year as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Year, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Decade

where <Decade as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Decade as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Decade, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Century

where <Century as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Century as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Century, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Millennium

where <Millennium as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Millennium as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Millennium, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Gram

where <Gram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Gram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Gram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Yoctogram

where <Yoctogram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Yoctogram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Yoctogram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Zeptogram

where <Zeptogram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Zeptogram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Zeptogram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Attogram

where <Attogram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Attogram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Attogram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Femtogram

where <Femtogram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Femtogram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Femtogram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Picogram

where <Picogram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Picogram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Picogram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Nanogram

where <Nanogram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Nanogram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Nanogram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Microgram

where <Microgram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Microgram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Microgram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Milligram

where <Milligram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Milligram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Milligram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Centigram

where <Centigram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Centigram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Centigram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Decigram

where <Decigram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Decigram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Decigram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Decagram

where <Decagram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Decagram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Decagram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Hectogram

where <Hectogram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Hectogram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Hectogram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Kilogram

where <Kilogram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Kilogram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Kilogram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Megagram

where <Megagram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Megagram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megagram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Gigagram

where <Gigagram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Gigagram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Gigagram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Teragram

where <Teragram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Teragram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Teragram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Petagram

where <Petagram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Petagram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Petagram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Exagram

where <Exagram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Exagram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Exagram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Zettagram

where <Zettagram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Zettagram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Zettagram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Yottagram

where <Yottagram as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Yottagram as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Yottagram, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Tonne

where <Tonne as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Tonne as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Tonne, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Degree

where <Degree as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Degree as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Degree, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Radian

where <Radian as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Radian as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Radian, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Milliradian

where <Milliradian as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Milliradian as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Milliradian, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Turn

where <Turn as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Turn as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Turn, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Watt

where <Watt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Watt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Watt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Yoctowatt

where <Yoctowatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Yoctowatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Yoctowatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Zeptowatt

where <Zeptowatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Zeptowatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Zeptowatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Attowatt

where <Attowatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Attowatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Attowatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Femtowatt

where <Femtowatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Femtowatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Femtowatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Picowatt

where <Picowatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Picowatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Picowatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Nanowatt

where <Nanowatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Nanowatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Nanowatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Microwatt

where <Microwatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Microwatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Microwatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Milliwatt

where <Milliwatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Milliwatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Milliwatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Deciwatt

where <Deciwatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Deciwatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Deciwatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Decawatt

where <Decawatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Decawatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Decawatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Hectowatt

where <Hectowatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Hectowatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Hectowatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Kilowatt

where <Kilowatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Kilowatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Kilowatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Megawatt

where <Megawatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Megawatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megawatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Gigawatt

where <Gigawatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Gigawatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Gigawatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Terawatt

where <Terawatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Terawatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Terawatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Petawatt

where <Petawatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Petawatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Petawatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Exawatt

where <Exawatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Exawatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Exawatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Zettawatt

where <Zettawatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Zettawatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Zettawatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Yottawatt

where <Yottawatt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Yottawatt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Yottawatt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Prod<Meter, Meter>

where <Prod<Meter, Meter> as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Prod<Meter, Meter> as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Prod<Meter, Meter>, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Prod<Kilometer, Kilometer>

where <Prod<Kilometer, Kilometer> as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Prod<Kilometer, Kilometer> as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Prod<Kilometer, Kilometer>, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Prod<Centimeter, Centimeter>

where <Prod<Centimeter, Centimeter> as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Prod<Centimeter, Centimeter> as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Prod<Centimeter, Centimeter>, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Prod<Millimeter, Millimeter>

where <Prod<Millimeter, Millimeter> as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Prod<Millimeter, Millimeter> as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Prod<Millimeter, Millimeter>, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for CubicMeter

where <CubicMeter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<CubicMeter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<CubicMeter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for CubicKilometer

where <CubicKilometer as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<CubicKilometer as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<CubicKilometer, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for CubicCentimeter

where <CubicCentimeter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<CubicCentimeter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<CubicCentimeter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for CubicMillimeter

where <CubicMillimeter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<CubicMillimeter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<CubicMillimeter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Liter

where <Liter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Liter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Liter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Milliliter

where <Milliliter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Milliliter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Milliliter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Microliter

where <Microliter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Microliter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Microliter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Centiliter

where <Centiliter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Centiliter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Centiliter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Deciliter

where <Deciliter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Deciliter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Deciliter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for MeterPerSecondSquared

where <MeterPerSecondSquared as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<MeterPerSecondSquared as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<MeterPerSecondSquared, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for StandardGravity

where <StandardGravity as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<StandardGravity as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<StandardGravity, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Newton

where <Newton as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Newton as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Newton, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Micronewton

where <Micronewton as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Micronewton as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Micronewton, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Millinewton

where <Millinewton as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Millinewton as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Millinewton, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Kilonewton

where <Kilonewton as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Kilonewton as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Kilonewton, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Meganewton

where <Meganewton as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Meganewton as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Meganewton, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Giganewton

where <Giganewton as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Giganewton as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Giganewton, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Joule

where <Joule as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Joule as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Joule, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Picojoule

where <Picojoule as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Picojoule as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Picojoule, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Nanojoule

where <Nanojoule as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Nanojoule as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Nanojoule, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Microjoule

where <Microjoule as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Microjoule as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Microjoule, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Millijoule

where <Millijoule as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Millijoule as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Millijoule, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Kilojoule

where <Kilojoule as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Kilojoule as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Kilojoule, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Megajoule

where <Megajoule as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Megajoule as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megajoule, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Gigajoule

where <Gigajoule as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Gigajoule as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Gigajoule, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Terajoule

where <Terajoule as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Terajoule as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Terajoule, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for WattHour

where <WattHour as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<WattHour as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<WattHour, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for KilowattHour

where <KilowattHour as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<KilowattHour as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<KilowattHour, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Pascal

where <Pascal as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Pascal as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Pascal, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Millipascal

where <Millipascal as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Millipascal as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Millipascal, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Hectopascal

where <Hectopascal as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Hectopascal as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Hectopascal, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Kilopascal

where <Kilopascal as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Kilopascal as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Kilopascal, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Megapascal

where <Megapascal as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Megapascal as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megapascal, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Gigapascal

where <Gigapascal as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Gigapascal as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Gigapascal, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Bar

where <Bar as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Bar as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Bar, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Kelvin

where <Kelvin as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Kelvin as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Kelvin, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Rankine

where <Rankine as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Rankine as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Rankine, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Prod<Degree, Degree>

where <Prod<Degree, Degree> as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Prod<Degree, Degree> as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Prod<Degree, Degree>, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Prod<Radian, Radian>

where <Prod<Radian, Radian> as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Prod<Radian, Radian> as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Prod<Radian, Radian>, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Prod<Milliradian, Milliradian>

where <Prod<Milliradian, Milliradian> as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Prod<Milliradian, Milliradian> as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Prod<Milliradian, Milliradian>, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for BohrRadius

where <BohrRadius as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<BohrRadius as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<BohrRadius, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for ClassicalElectronRadius

where <ClassicalElectronRadius as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<ClassicalElectronRadius as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<ClassicalElectronRadius, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for PlanckLength

where <PlanckLength as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<PlanckLength as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<PlanckLength, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for ElectronReducedComptonWavelength

where <ElectronReducedComptonWavelength as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<ElectronReducedComptonWavelength as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<ElectronReducedComptonWavelength, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for AtomicMassUnit

where <AtomicMassUnit as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<AtomicMassUnit as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<AtomicMassUnit, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for ErgPerSecond

where <ErgPerSecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<ErgPerSecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<ErgPerSecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Dyne

where <Dyne as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Dyne as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Dyne, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Erg

where <Erg as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Erg as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Erg, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Electronvolt

where <Electronvolt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Electronvolt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Electronvolt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Kiloelectronvolt

where <Kiloelectronvolt as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Kiloelectronvolt as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Kiloelectronvolt, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for AstronomicalUnit

where <AstronomicalUnit as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<AstronomicalUnit as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<AstronomicalUnit, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for LightYear

where <LightYear as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<LightYear as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<LightYear, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Parsec

where <Parsec as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Parsec as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Parsec, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Kiloparsec

where <Kiloparsec as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Kiloparsec as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Kiloparsec, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Megaparsec

where <Megaparsec as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Megaparsec as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaparsec, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Gigaparsec

where <Gigaparsec as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Gigaparsec as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Gigaparsec, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for SolarRadius

where <SolarRadius as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<SolarRadius as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<SolarRadius, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for SolarDiameter

where <SolarDiameter as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<SolarDiameter as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<SolarDiameter, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for EarthRadius

where <EarthRadius as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<EarthRadius as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<EarthRadius, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for EarthEquatorialRadius

where <EarthEquatorialRadius as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<EarthEquatorialRadius as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<EarthEquatorialRadius, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for EarthPolarRadius

where <EarthPolarRadius as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<EarthPolarRadius as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<EarthPolarRadius, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for JupiterRadius

where <JupiterRadius as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<JupiterRadius as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<JupiterRadius, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for LunarRadius

where <LunarRadius as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<LunarRadius as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<LunarRadius, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for LunarDistance

where <LunarDistance as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<LunarDistance as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<LunarDistance, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for SiderealDay

where <SiderealDay as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<SiderealDay as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<SiderealDay, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for SynodicMonth

where <SynodicMonth as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<SynodicMonth as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<SynodicMonth, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for SiderealYear

where <SiderealYear as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<SiderealYear as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<SiderealYear, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for SolarMass

where <SolarMass as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<SolarMass as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<SolarMass, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Arcminute

where <Arcminute as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Arcminute as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Arcminute, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for Arcsecond

where <Arcsecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<Arcsecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Arcsecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for MilliArcsecond

where <MilliArcsecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<MilliArcsecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<MilliArcsecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for MicroArcsecond

where <MicroArcsecond as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<MicroArcsecond as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<MicroArcsecond, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for HourAngle

where <HourAngle as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<HourAngle as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<HourAngle, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for SolarLuminosity

where <SolarLuminosity as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<SolarLuminosity as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<SolarLuminosity, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for JulianYear

where <JulianYear as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<JulianYear as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<JulianYear, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaelectronvolt> for JulianCentury

where <JulianCentury as Unit>::Dim: DimDiv<<Megaelectronvolt as Unit>::Dim>, <<JulianCentury as Unit>::Dim as DimDiv<<Megaelectronvolt as Unit>::Dim>>::Output: Dimension,

type Output = Per<JulianCentury, Megaelectronvolt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megagram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Megagram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Megagram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Megagram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megajoule> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Megajoule as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Megajoule as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Megajoule>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megameter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Megameter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Megameter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Megameter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Meganewton> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Meganewton as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Meganewton as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Meganewton>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megaparsec> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Megaparsec as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Megaparsec as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Megaparsec>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megapascal> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Megapascal as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Megapascal as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Megapascal>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megasecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Megasecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Megasecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Megasecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Megawatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Megawatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Megawatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Megawatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Meter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Meter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Meter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Meter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<MeterPerSecondSquared> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<MeterPerSecondSquared as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<MeterPerSecondSquared as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, MeterPerSecondSquared>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<MicroArcsecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<MicroArcsecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<MicroArcsecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, MicroArcsecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Microgram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Microgram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Microgram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Microgram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Microjoule> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Microjoule as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Microjoule as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Microjoule>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Microliter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Microliter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Microliter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Microliter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Micrometer> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Micrometer as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Micrometer as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Micrometer>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Micronewton> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Micronewton as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Micronewton as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Micronewton>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Microsecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Microsecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Microsecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Microsecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Microwatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Microwatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Microwatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Microwatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Millennium> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Millennium as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Millennium as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Millennium>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<MilliArcsecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<MilliArcsecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<MilliArcsecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, MilliArcsecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Milligram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Milligram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Milligram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Milligram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Millijoule> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Millijoule as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Millijoule as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Millijoule>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Milliliter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Milliliter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Milliliter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Milliliter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Millimeter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Millimeter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Millimeter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Millimeter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Millinewton> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Millinewton as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Millinewton as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Millinewton>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Millipascal> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Millipascal as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Millipascal as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Millipascal>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Milliradian> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Milliradian as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Milliradian as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Milliradian>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Millisecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Millisecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Millisecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Millisecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Milliwatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Milliwatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Milliwatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Milliwatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Minute> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Minute as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Minute as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Minute>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Nanogram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Nanogram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Nanogram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Nanogram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Nanojoule> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Nanojoule as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Nanojoule as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Nanojoule>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Nanometer> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Nanometer as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Nanometer as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Nanometer>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Nanosecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Nanosecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Nanosecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Nanosecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Nanowatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Nanowatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Nanowatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Nanowatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Newton> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Newton as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Newton as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Newton>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Parsec> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Parsec as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Parsec as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Parsec>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Pascal> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Pascal as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Pascal as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Pascal>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Petagram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Petagram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Petagram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Petagram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Petameter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Petameter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Petameter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Petameter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Petawatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Petawatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Petawatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Petawatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Picogram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Picogram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Picogram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Picogram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Picojoule> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Picojoule as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Picojoule as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Picojoule>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Picometer> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Picometer as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Picometer as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Picometer>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Picosecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Picosecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Picosecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Picosecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Picowatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Picowatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Picowatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Picowatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<PlanckLength> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<PlanckLength as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<PlanckLength as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, PlanckLength>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Prod<Centimeter, Centimeter>> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Prod<Centimeter, Centimeter> as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Prod<Centimeter, Centimeter> as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Prod<Centimeter, Centimeter>>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Prod<Degree, Degree>> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Prod<Degree, Degree> as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Prod<Degree, Degree> as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Prod<Degree, Degree>>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Prod<Kilometer, Kilometer>> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Prod<Kilometer, Kilometer> as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Prod<Kilometer, Kilometer> as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Prod<Kilometer, Kilometer>>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Prod<Meter, Meter>> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Prod<Meter, Meter> as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Prod<Meter, Meter> as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Prod<Meter, Meter>>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Prod<Millimeter, Millimeter>> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Prod<Millimeter, Millimeter> as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Prod<Millimeter, Millimeter> as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Prod<Millimeter, Millimeter>>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Prod<Milliradian, Milliradian>> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Prod<Milliradian, Milliradian> as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Prod<Milliradian, Milliradian> as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Prod<Milliradian, Milliradian>>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Prod<Radian, Radian>> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Prod<Radian, Radian> as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Prod<Radian, Radian> as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Prod<Radian, Radian>>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Radian> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Radian as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Radian as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Radian>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Rankine> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Rankine as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Rankine as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Rankine>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Second> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Second as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Second as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Second>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<SiderealDay> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<SiderealDay as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<SiderealDay as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, SiderealDay>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<SiderealYear> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<SiderealYear as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<SiderealYear as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, SiderealYear>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<SolarDiameter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<SolarDiameter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<SolarDiameter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, SolarDiameter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<SolarLuminosity> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<SolarLuminosity as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<SolarLuminosity as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, SolarLuminosity>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<SolarMass> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<SolarMass as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<SolarMass as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, SolarMass>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<SolarRadius> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<SolarRadius as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<SolarRadius as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, SolarRadius>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<StandardGravity> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<StandardGravity as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<StandardGravity as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, StandardGravity>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<SynodicMonth> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<SynodicMonth as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<SynodicMonth as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, SynodicMonth>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Teragram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Teragram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Teragram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Teragram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Terajoule> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Terajoule as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Terajoule as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Terajoule>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Terameter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Terameter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Terameter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Terameter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Terasecond> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Terasecond as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Terasecond as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Terasecond>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Terawatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Terawatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Terawatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Terawatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Tonne> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Tonne as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Tonne as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Tonne>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Turn> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Turn as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Turn as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Turn>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Watt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Watt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Watt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Watt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<WattHour> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<WattHour as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<WattHour as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, WattHour>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Week> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Week as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Week as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Week>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Year> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Year as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Year as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Year>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Yoctogram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Yoctogram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Yoctogram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Yoctogram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Yoctometer> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Yoctometer as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Yoctometer as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Yoctometer>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Yoctowatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Yoctowatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Yoctowatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Yoctowatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Yottagram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Yottagram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Yottagram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Yottagram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Yottameter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Yottameter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Yottameter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Yottameter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Yottawatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Yottawatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Yottawatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Yottawatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Zeptogram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Zeptogram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Zeptogram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Zeptogram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Zeptometer> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Zeptometer as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Zeptometer as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Zeptometer>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Zeptowatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Zeptowatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Zeptowatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Zeptowatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Zettagram> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Zettagram as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Zettagram as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Zettagram>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Zettameter> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Zettameter as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Zettameter as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Zettameter>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).

impl UnitDiv<Zettawatt> for Megaelectronvolt

where <Megaelectronvolt as Unit>::Dim: DimDiv<<Zettawatt as Unit>::Dim>, <<Megaelectronvolt as Unit>::Dim as DimDiv<<Zettawatt as Unit>::Dim>>::Output: Dimension,

type Output = Per<Megaelectronvolt, Zettawatt>

The resulting type token. Either a Unit (wrapped in Quantity by the Div impl) or SameDivOutput (unwrapped to the raw scalar).