Grib2Table4_233

gistools::readers::grib2::sections::_4

Enum Grib2Table4_233 

Source 
#[repr(u16)]
pub enum Grib2Table4_233 {

Show 132 variants    Ozone = 0,
    WaterVapour = 1,
    Methane = 2,
    CarbonDioxide = 3,
    CarbonMonoxide = 4,
    NitrogenDioxide = 5,
    NitrousOxide = 6,
    Formaldehyde = 7,
    SulphurDioxide = 8,
    Ammonia = 9,
    Ammonium = 10,
    NitrogenMonoxide = 11,
    AtomicOxygen = 12,
    NitrateRadical = 13,
    HydroperoxylRadical = 14,
    DinitrogenPentoxide = 15,
    NitrousAcid = 16,
    NitricAcid = 17,
    PeroxynitricAcid = 18,
    HydrogenPeroxide = 19,
    MolecularHydrogen = 20,
    AtomicNitrogen = 21,
    Sulphate = 22,
    Radon = 23,
    ElementalMercury = 24,
    DivalentMercury = 25,
    AtomicChlorine = 26,
    ChlorineMonoxide = 27,
    DichlorinePeroxide = 28,
    HypochlorousAcid = 29,
    ChlorineNitrate = 30,
    ChlorineDioxide = 31,
    AtomicBromide = 32,
    BromineMonoxide = 33,
    BromineChloride = 34,
    HydrogenBromide = 35,
    HypobromousAcid = 36,
    BromineNitrate = 37,
    Oxygen = 38,
    Reserved39 = 39,
    HydroxylRadical = 10_000,
    MethylPeroxyRadical = 10_001,
    MethylHydroperoxide = 10_002,
    Reserved10003 = 10_003,
    Methanol = 10_004,
    FormicAcid = 10_005,
    HydrogenCyanide = 10_006,
    AcetoNitrile = 10_007,
    Ethane = 10_008,
    Ethene = 10_009,
    Ethyne = 10_010,
    Ethanol = 10_011,
    AceticAcid = 10_012,
    PeroxyacetylNitrate = 10_013,
    Propane = 10_014,
    Propene = 10_015,
    Butanes = 10_016,
    Isoprene = 10_017,
    AlphaPinene = 10_018,
    BetaPinene = 10_019,
    Limonene = 10_020,
    Benzene = 10_021,
    Toluene = 10_022,
    Xylene = 10_023,
    Reserved10024 = 10_024,
    DimethylSulphide = 10_500,
    HydrogenChloride = 20_001,
    CFC11 = 20_002,
    CFC12 = 20_003,
    CFC113 = 20_004,
    CFC113a = 20_005,
    CFC114 = 20_006,
    CFC115 = 20_007,
    HCFC22 = 20_008,
    HCFC141b = 20_009,
    HCFC142b = 20_010,
    Halon1202 = 20_011,
    Halon1211 = 20_012,
    Halon1301 = 20_013,
    Halon2402 = 20_014,
    MethylChloride = 20_015,
    CarbonTetrachloride = 20_016,
    HCC140a = 20_017,
    MethylBromide = 20_018,
    Hexachlorocyclohexane = 20_019,
    AlphaHexachlorocyclohexane = 20_020,
    Hexachlorobiphenyl = 20_021,
    RadioactivePollutant = 30_000,
    HOxRadical = 60_000,
    TotalInorganicAndOrganicPeroxyRadicals = 60_001,
    PassiveOzone = 60_002,
    NOxExpressedAsNitrogen = 60_003,
    AllNitrogenOxides = 60_004,
    TotalInorganicChlorineExceptHClClONO2 = 60_005,
    TotalInorganicBromineExceptHBrBrONO2 = 60_006,
    LumpedAlkanes = 60_007,
    LumpedAlkenes = 60_008,
    LumpedAromaticCompounds = 60_009,
    LumpedTerpenes = 60_010,
    NonMethaneVolatileOrganicCompounds = 60_011,
    AnthropogenicNMVOCExpressedAsCarbon = 60_012,
    BiogenicNMVOCExpressedAsCarbon = 60_013,
    LumpedOxygenatedHydrocarbons = 60_014,
    Reserved60015 = 60_015,
    TotalAerosol = 62_000,
    DustDry = 62_001,
    WaterInAmbient = 62_002,
    AmmoniumDry = 62_003,
    NitrateDry = 62_004,
    NitricAcidTrihydrate = 62_005,
    SulphateDry = 62_006,
    MercuryDry = 62_007,
    SeaSaltDry = 62_008,
    BlackCarbonDry = 62_009,
    ParticulateOrganicMatterDry = 62_010,
    PrimaryParticulateOrganicMatterDry = 62_011,
    SecondaryParticulateOrganicMatterDry = 62_012,
    BlackCarbonHydrophilicDry = 62_013,
    BlackCarbonHydrophobicDry = 62_014,
    ParticulateOrganicMatterHydrophilicDry = 62_015,
    ParticulateOrganicMatterHydrophobicDry = 62_016,
    NitrateHydrophilicDry = 62_017,
    NitrateHydrophobicDry = 62_018,
    Reserved62019 = 62_019,
    SmokeHighAbsorption = 62_020,
    SmokeLowAbsorption = 62_021,
    AerosolHighAbsorption = 62_022,
    AerosolLowAbsorption = 62_023,
    Reserved62024 = 62_024,
    VolcanicAsh = 62_025,
    BrownCarbonDry = 62_036,
    Missing = 65_535,

}
Expand description

GRIB2 - CODE TABLE 4.233: AEROSOL TYPE

Created: 05/16/2005 Revised: 07/18/2022

§Notes

Red text depicts changes made since 05/29/2019.

Variants§

§

Ozone = 0

§

WaterVapour = 1

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Methane = 2

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CarbonDioxide = 3

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CarbonMonoxide = 4

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NitrogenDioxide = 5

§

NitrousOxide = 6

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Formaldehyde = 7

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SulphurDioxide = 8

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Ammonia = 9

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Ammonium = 10

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NitrogenMonoxide = 11

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AtomicOxygen = 12

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NitrateRadical = 13

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HydroperoxylRadical = 14

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DinitrogenPentoxide = 15

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NitrousAcid = 16

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NitricAcid = 17

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PeroxynitricAcid = 18

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HydrogenPeroxide = 19

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MolecularHydrogen = 20

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AtomicNitrogen = 21

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Sulphate = 22

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Radon = 23

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ElementalMercury = 24

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DivalentMercury = 25

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AtomicChlorine = 26

§

ChlorineMonoxide = 27

§

DichlorinePeroxide = 28

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HypochlorousAcid = 29

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ChlorineNitrate = 30

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ChlorineDioxide = 31

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AtomicBromide = 32

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BromineMonoxide = 33

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BromineChloride = 34

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HydrogenBromide = 35

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HypobromousAcid = 36

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BromineNitrate = 37

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Oxygen = 38

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Reserved39 = 39

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HydroxylRadical = 10_000

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MethylPeroxyRadical = 10_001

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MethylHydroperoxide = 10_002

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Reserved10003 = 10_003

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Methanol = 10_004

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FormicAcid = 10_005

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HydrogenCyanide = 10_006

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AcetoNitrile = 10_007

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Ethane = 10_008

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Ethene = 10_009

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Ethyne = 10_010

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Ethanol = 10_011

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AceticAcid = 10_012

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PeroxyacetylNitrate = 10_013

§

Propane = 10_014

§

Propene = 10_015

§

Butanes = 10_016

§

Isoprene = 10_017

§

AlphaPinene = 10_018

§

BetaPinene = 10_019

§

Limonene = 10_020

§

Benzene = 10_021

§

Toluene = 10_022

§

Xylene = 10_023

§

Reserved10024 = 10_024

§

DimethylSulphide = 10_500

§

HydrogenChloride = 20_001

§

CFC11 = 20_002

§

CFC12 = 20_003

§

CFC113 = 20_004

§

CFC113a = 20_005

§

CFC114 = 20_006

§

CFC115 = 20_007

§

HCFC22 = 20_008

§

HCFC141b = 20_009

§

HCFC142b = 20_010

§

Halon1202 = 20_011

§

Halon1211 = 20_012

§

Halon1301 = 20_013

§

Halon2402 = 20_014

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MethylChloride = 20_015

§

CarbonTetrachloride = 20_016

§

HCC140a = 20_017

§

MethylBromide = 20_018

§

Hexachlorocyclohexane = 20_019

§

AlphaHexachlorocyclohexane = 20_020

§

Hexachlorobiphenyl = 20_021

§

RadioactivePollutant = 30_000

§

HOxRadical = 60_000

§

TotalInorganicAndOrganicPeroxyRadicals = 60_001

§

PassiveOzone = 60_002

§

NOxExpressedAsNitrogen = 60_003

§

AllNitrogenOxides = 60_004

§

TotalInorganicChlorineExceptHClClONO2 = 60_005

§

TotalInorganicBromineExceptHBrBrONO2 = 60_006

§

LumpedAlkanes = 60_007

§

LumpedAlkenes = 60_008

§

LumpedAromaticCompounds = 60_009

§

LumpedTerpenes = 60_010

§

NonMethaneVolatileOrganicCompounds = 60_011

§

AnthropogenicNMVOCExpressedAsCarbon = 60_012

§

BiogenicNMVOCExpressedAsCarbon = 60_013

§

LumpedOxygenatedHydrocarbons = 60_014

§

Reserved60015 = 60_015

§

TotalAerosol = 62_000

§

DustDry = 62_001

§

WaterInAmbient = 62_002

§

AmmoniumDry = 62_003

§

NitrateDry = 62_004

§

NitricAcidTrihydrate = 62_005

§

SulphateDry = 62_006

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MercuryDry = 62_007

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SeaSaltDry = 62_008

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BlackCarbonDry = 62_009

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ParticulateOrganicMatterDry = 62_010

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PrimaryParticulateOrganicMatterDry = 62_011

§

SecondaryParticulateOrganicMatterDry = 62_012

§

BlackCarbonHydrophilicDry = 62_013

§

BlackCarbonHydrophobicDry = 62_014

§

ParticulateOrganicMatterHydrophilicDry = 62_015

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ParticulateOrganicMatterHydrophobicDry = 62_016

§

NitrateHydrophilicDry = 62_017

§

NitrateHydrophobicDry = 62_018

§

Reserved62019 = 62_019

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SmokeHighAbsorption = 62_020

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SmokeLowAbsorption = 62_021

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AerosolHighAbsorption = 62_022

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AerosolLowAbsorption = 62_023

§

Reserved62024 = 62_024

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VolcanicAsh = 62_025

§

BrownCarbonDry = 62_036

§

Missing = 65_535

Trait Implementations§

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impl Clone for Grib2Table4_233

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fn clone(&self) -> Grib2Table4_233

Returns a duplicate of the value. Read more
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fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source. Read more
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impl Debug for Grib2Table4_233

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

Formats the value using the given formatter. Read more
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impl Display for Grib2Table4_233

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

Formats the value using the given formatter. Read more
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impl From<u16> for Grib2Table4_233

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fn from(val: u16) -> Self

Converts to this type from the input type.
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impl PartialEq for Grib2Table4_233

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fn eq(&self, other: &Grib2Table4_233) -> bool

Tests for self and other values to be equal, and is used by ==.
1.0.0§

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

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.
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impl Copy for Grib2Table4_233

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impl Eq for Grib2Table4_233

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impl StructuralPartialEq for Grib2Table4_233

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