New Approaches for the Measurement of Subnanosecond Chemical Phenomena |
Contents
Pulsed Methods | 13 |
Sampling Oscilloscope Detection | 16 |
B PhaseShift Method | 19 |
18 other sections not shown
Common terms and phrases
amplitude spectrum approach approximately argon-ion autocorrelation function average bandwidth block number broadband modulation calculated chart for program component constant correlation function cosine cross-correlation CW laser DC level detection system detector discussed dye laser exponential decay expression factor fast Fourier transform filter Flow chart fluctuations fluorescence lifetime fluorophore Fourier transform frequency modulation frequency response frequency-domain frequency-response function G. M. Hieftje impulse response impulse response function input signal Instrum instrument response intensity irradiance lifetime measurements linear system mixer mode-beat power spectrum mode-locked argon-ion laser modulation frequencies multi-frequency modulation multiplex noise observed obtained optical pulses optical source oscilloscope output parameters performed perturbation phase photodetector photon power spectral analysis radiation relative response determinations sampling oscilloscope scheme Schottky photodiode Signal-to-Noise Ratio Single Swept-Frequency slew scan spectra spectroscopy spectrum analyzer square subnanosecond synchronously pumped Table 2-I techniques temporal time-dependent time-domain time-resolved waveform yield zero