On the thermal response of spherical silica optical microcavity resonators

The file names and descriptions:

spectrum.csv -contains three columns, one is angular index l, the second is the resonance wavelength at 300 K in um. third is wavelength at 30 K

Wavelength.csv-contains 5 columns, 1 is temperature in K, 2 is wavelength shif in um for l=75, 3 is same for l=90, 4 same for l=1114, 5 is same for l=1314

sensitivity.csv-contains 5 columns, columns 2-5 are the derivative of the corresponding columns of wavelength.csv

Q(T)_and_tau.csv-contains 5 columns, 1 is temperature, 2 is Q-material, 3 is Q-radiation, 4 is Q total, 5 is |photon lifetime temperature derivative| in ns/K

wavelength_ln.csv-contains 2 columns, 1 is temperature, 2 is logarithmic temperature derivative of the wavelenfth

photon_ln.csv-contains 2 columns, 1 is temperature, 2 is |logarithmic temperature derivative of the photon lifetime|.

Vmod_small.csv-contains 5 columns, 1 is temperature, 2 is l=75 inside mode volume change/lambda^3, 3 is same with l=90, 4 same with l=75 outside, 5 same with l=90 outside.

Vmod_big.csv-contains 5 columns, 1 is temperature, 2 is l=1114 inside mode volume change/lambda^3, 3 is same with l=1314, 4 same with l=1114 outside, 5 same with l=1314 outside.