Speed of wave, defaults to light (m/s):
Absolute quantities:
wavelength (nm): | |
energy (eV): | |
frequency (THz): | |
wavenumber (cm-1): | |
temperature (K): |
Relative to above:
wavelength (nm): | |
energy (eV): | |
frequency (THz): | |
wavenumber (cm-1): | |
temperature (K): | |
pulse duration (ps): | |
pulse length (m): | |
cavity round trip length (m): |
Pulse is assumed to be transform limited Gaussian (TBP=0.44).
Temperature is from E=k_B T.
Round trip cavity length is in vacuum with FSR=relative frequency.
mirror reflectivity R1: | |
cavity finesse (high R1, R2=R1): | |
mirror reflectivity R2: | |
cavity finesse (high R1,R2): | |
single mirror scattering+absorption loss: | |
on-resonance transmission: | |
on-resonance reflection: |