Unit Conversions¶

Here we list functionality converting between units and unit sets.

Converting units of the same dimensions¶

This section shows API related to converting units of similar sets. For example, m/s and miles/hr both have dimensions of length/time.

`convert_temp`	Converts temperature from one unit set to another
`convert_unit`	Converts units between two unit sets
`debye_to_einstein`	Converts Debye temperature to Einstein temperature
`einstein_to_debye`	Converts Einstein temperature to Debye temperature

Converting units of different dimensions¶

These are conversions between unit sets. For example, finding the vibrational temperature (dimensions of temperature) to vibrational frequencies (dimensions of inverse time).

`energy_to_freq`	Converts energy to frequency
`energy_to_temp`	Converts energy to temperature
`energy_to_wavenumber`	Converts energy to wavenumber
`freq_to_energy`	Converts frequency to energy
`freq_to_temp`	Converts frequency to temperature
`freq_to_wavenumber`	Converts frequency to wavenumber
`inertia_to_temp`	Converts moment of inertia into rotational temperature
`temp_to_energy`	Converts temperature to energy
`temp_to_freq`	Converts temperature to frequency
`temp_to_wavenumber`	Converts vibrational/rotational temperature to wavenumber
`wavenumber_to_energy`	Converts wavenumbers to energies
`wavenumber_to_freq`	Converts wavenumber to frequency
`wavenumber_to_inertia`	Converts wavenumber (1/cm) to moment of inertia
`wavenumber_to_temp`	Converts wavenumbers (1/cm) to temperatures (K)