A Signal And B Idler Counts As A Function Of The Average Pump

(a) Signal and (b) idler counts as a function of the average pump ...
(a) Signal and (b) idler counts as a function of the average pump ...
(a) Signal and (b) idler counts as a function of the average pump ...
(a) Signal and (b) idler counts as a function of the average pump ...
(a) Signal and (b) idler counts as a function of the average pump ...
(a) Signal and (b) idler counts as a function of the average pump ...
The signal and idler counts as a function of peak pump power per 1.7 ...
The signal and idler counts as a function of peak pump power per 1.7 ...
The signal and idler counts as a function of peak pump power per 1.7 ...
The signal and idler counts as a function of peak pump power per 1.7 ...
a Signal and idler output power as a function of the pump power. b ...
a Signal and idler output power as a function of the pump power. b ...
Signal and idler wavelengths as a function of average pump power for ...
Signal and idler wavelengths as a function of average pump power for ...
Signal and idler wavelengths as a function of average pump power for ...
Signal and idler wavelengths as a function of average pump power for ...
Signal and idler vortex output energy as a function of the pump energy ...
Signal and idler vortex output energy as a function of the pump energy ...
Variation of the signal and idler average power from the CSP OPO as a ...
Variation of the signal and idler average power from the CSP OPO as a ...
Variation of the signal and idler average power from the CSP OPO as a ...
Variation of the signal and idler average power from the CSP OPO as a ...
Idler power and conversion efficiency as a function of signal and pump ...
Idler power and conversion efficiency as a function of signal and pump ...
Signal and idler intensities as a function of the relative phase ...
Signal and idler intensities as a function of the relative phase ...
(a) Maximum tuning range of the Signal and of the Idler wavelength as a ...
(a) Maximum tuning range of the Signal and of the Idler wavelength as a ...
Pump (blue) and signal/idler (red) amplitudes as a function of the ...
Pump (blue) and signal/idler (red) amplitudes as a function of the ...
Normalized idler power as a function of the pump-signal spatial delay ...
Normalized idler power as a function of the pump-signal spatial delay ...
Normalized signal-idler output spectra SðxÞ as a function of the idler ...
Normalized signal-idler output spectra SðxÞ as a function of the idler ...
( a ) Variations in the AF for one set of pump, signal and idler waves ...
( a ) Variations in the AF for one set of pump, signal and idler waves ...
The signal and idler beams form a laboratory angle θ L with the pump ...
The signal and idler beams form a laboratory angle θ L with the pump ...
͑ a ͒ Plot of idler power as a function of pump wavelength for l = 10 ...
͑ a ͒ Plot of idler power as a function of pump wavelength for l = 10 ...
(a) Experimental idler power as a function of the wavelength, from 2.7 ...
(a) Experimental idler power as a function of the wavelength, from 2.7 ...
(a) Signal power and (b) idler power as functions of the signal/idler ...
(a) Signal power and (b) idler power as functions of the signal/idler ...
Pump power dependence of the idler and signal gain in the... | Download ...
Pump power dependence of the idler and signal gain in the... | Download ...
(a) Generated idler power as a function of power splitting ratio (pump ...
(a) Generated idler power as a function of power splitting ratio (pump ...
Signal and idler output powers as functions of postcirculator pump ...
Signal and idler output powers as functions of postcirculator pump ...
An example dependence of the signal and idler power on the pump power ...
An example dependence of the signal and idler power on the pump power ...
The pump and signal pulses mix to form a narrowband idler. The flat ...
The pump and signal pulses mix to form a narrowband idler. The flat ...
An example dependence of the signal and idler power on the pump power ...
An example dependence of the signal and idler power on the pump power ...
Signal and idler output powers as functions of postcirculator pump ...
Signal and idler output powers as functions of postcirculator pump ...
(a) Signal power and (b) idler power as functions of the signal/idler ...
(a) Signal power and (b) idler power as functions of the signal/idler ...
OPO oscillation threshold and idler power. a Calculated average pump ...
OPO oscillation threshold and idler power. a Calculated average pump ...
Extracted signal and idler average power and corresponding pump ...
Extracted signal and idler average power and corresponding pump ...
3: Extracted signal power, idler output power, and pump depletion as ...
3: Extracted signal power, idler output power, and pump depletion as ...
Pump depletion and output powers as functions of average input pump ...
Pump depletion and output powers as functions of average input pump ...
Extracted signal and idler average power and corresponding pump ...
Extracted signal and idler average power and corresponding pump ...
Waveforms of pump (purple), Signal (blue) and Idler (black). | Download ...
Waveforms of pump (purple), Signal (blue) and Idler (black). | Download ...

Loading image details...

Source
Dimensions