pub struct mole;
Expand description
- The mole is the SI unit of amount of substance. One mole contains exactly 6.022 140 76 × 10²³ elementary entities. This number is the fixed numerical value of the Avogadro constant, NA, when expressed in the unit mol⁻¹ and is called the Avogadro number.
- The amount of substance, symbol n, of a system is a measure of the number of specified elementary entities. An elementary entity may be an atom, a molecule, an ion, an electron, any other particle or specified group of particles.
Trait Implementations
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
type T = BigRational
type T = BigRational
Conversion factor type specific to the underlying storage type.
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
type T = Rational32
type T = Rational32
Conversion factor type specific to the underlying storage type.
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
type T = Rational64
type T = Rational64
Conversion factor type specific to the underlying storage type.
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
type T = Rational
type T = Rational
Conversion factor type specific to the underlying storage type.
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
Coefficient portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the multiplicative identity (Self::T::one()
) if
no coefficient exists. Read more
Constant portion of conversion factor for
converting the given unit to the base unit for the quantity: (value * coefficient()) + constant()
. Implementation should return the additive identity (Self::T::zero()
) if no
constant exists. See ConstantOp documentation for details about
parameter use to ensure the method optimizes correctly. Read more
Instance conversion factor. Read more
Auto Trait Implementations
impl RefUnwindSafe for mole
impl UnwindSafe for mole
Blanket Implementations
Mutably borrows from an owned value. Read more