TREPRModel

class specatalog.models.creation_pydantic_measurements.TREPRModel(*, molecular_id, temperature, solvent, concentration=None, date, measured_by, location=None, device=None, series=None, corrected=False, evaluated=False, frequency_band, excitation_wl, excitation_energy=None, attenuation, number_of_scans=None, repetitionrate=None, mode=None)[source]

Pydantic model for creating new ms.TREPR measurements.

This subclass of MeasurementModel adds TREPR-specific fields required to create a time-resolved EPR measurement in the database. The measurement_class attribute is fixed to ms.TREPR and cannot be changed.

Parameters:

molecular_id (int)
temperature (float)
solvent (Solvents)
concentration (str | None)
date (date)
measured_by (Names)
location (str | None)
device (Devices | None)
series (str | None)
corrected (bool)
evaluated (bool)
frequency_band (FrequencyBands)
excitation_wl (float)
excitation_energy (float | None)
attenuation (str)
number_of_scans (int | None)
repetitionrate (float | None)
mode (str | None)

measurement_class

Always set to ms.TREPR. Attempting to assign a different class raises a validation error.

Type:: Type

frequency_band

Microwave frequency band used for the TREPR experiment.

Type:: av.FrequencyBands

excitation_wl

Excitation wavelength in nanometres.

Type:: float

excitation_energy

Excitation energy in appropriate units; optional.

Type:: float or None

attenuation

Microwave attenuation setting.

Type:: str

number_of_scans

Number of scans acquired; optional.

Type:: int or None

repetitionrate

Repetition rate of the experiment; optional.

Type:: float or None

mode

Experimental mode descriptor; optional.

Type:: str or None

Notes

Additional fields are forbidden (extra='forbid').
Assignment is validated on set (validate_assignment=True).
All further attributes are inherited from MeasurementModel.