roxieapi.cadata.QuenchDefinition module¶

class roxieapi.cadata.QuenchDefinition.QuenchDefinition(name: str = '', comment: str = '', cp_sc: int | None = None, cp_cu: int | None = None, k_cu: int | None = None, res_cu: int | None = None, cp_ins: int | None = None, k_ins: int | None = None, cp_fill: int | None = None, perc_he: float | None = None)[source]¶

Bases: Definition

Class for quench definition.

cp_sc¶

The fit function for the specific heat of the superconductor.

Type:: str

See also: http://cern.ch/roxie > Documentation > Materials.pdf

cp_cu¶

The fit function for the specific heat of copper.

Type:: str

See also: http://cern.ch/roxie > Documentation > Materials.pdf

k_cu¶

The fit function for the thermal conductivity of copper.

Type:: str

See also: http://cern.ch/roxie > Documentation > Materials.pdf

res_cu¶

The fit function for the electrical resistitvity of copper.

Type:: str

See also: http://cern.ch/roxie > Documentation > Materials.pdf

cp_ins¶

The fit function for the heat capacity of the cable insulation.

Type:: str

See also: http://cern.ch/roxie > Documentation > Materials.pdf

k_ins¶

The fit function for the thermal conductivity of the cable insulation.

Type:: str

See also: http://cern.ch/roxie > Documentation > Materials.pdf

cp_fill¶

The fit function for the heat capacity of the material filling the cable voids.

Type:: str

See also: http://cern.ch/roxie > Documentation > Materials.pdf

perc_he¶

The percentage of the cable voids that is filled by helium.

Type:: float

cp_cu: int | None = None¶

cp_fill: int | None = None¶

cp_ins: int | None = None¶

cp_sc: int | None = None¶

static get_magnum_to_roxie_dct() → dict[source]¶

Method returning a mapping from MagNum naming convention to ROXIE naming convention.

Returns:: a dictionary from MagNum to ROXIE names

k_cu: int | None = None¶

k_ins: int | None = None¶

perc_he: float | None = None¶

res_cu: int | None = None¶