ARTS built-in documentation server
Workspace Variable heating_rates
The heating rates of atmospheric layers.
The heating rate is defined as the rate of temperature change of an
atmospheric layer due to heating by absorption of radiation or if it
is negative due to loss of energy by emission of radiation.
Units: K s^-1
Size: [ p_grid,
lat_grid,
lon_grid ]
Group: Tensor3
Specific methods that can generate heating_rates
Generic and supergeneric methods that can generate heating_rates
- Append
- AtmFieldPRegrid
- AtmFieldPerturb
- AtmFieldPerturbAtmGrids
- Copy
- Extract
- FieldFromGriddedField
- Flatten
- ReadNetCDF
- ReadXML
- ReadXMLIndexed
- Reduce
- Tensor3Add
- Tensor3Create
- Tensor3ExtractFromTensor4
- Tensor3FromVector
- Tensor3Multiply
- Tensor3Set
- Tensor3SetConstant
- Touch
- spectral_radiance_fieldClearskyPlaneParallel
Specific methods that require heating_rates
- none
Generic and supergeneric methods that can use heating_rates
- Append
- AtmFieldPRegrid
- AtmFieldPerturb
- AtmFieldPerturbAtmGrids
- Compare
- Compare
- CompareRelative
- CompareRelative
- Copy
- Delete
- Extract
- Ignore
- InterpAtmFieldToPosition
- MatrixExtractFromTensor3
- MatrixReshapeTensor3
- Reduce
- Tensor3Add
- Tensor3Multiply
- Tensor3Set
- WriteNetCDF
- WriteNetCDFIndexed
- WriteXML
- WriteXMLIndexed
- ncolsGet
- npagesGet
- nrowsGet
- particle_bulkpropRadarOnionPeeling
Agendas that can generate heating_rates
- none
Agendas that require heating_rates
- none