We present a method for characterizing the intensity waveform, spectrum, frequency chirp,
and spectral phase of picosecond pulses at a moderate repetition rate of∼ 100? MHz. The …

Highly simplified device for measuring the intensity and phase of picosecond pulses Page 1
Highly Simplified Device for Measuring the Intensity and Phase of Picosecond Pulses Jacob …

Complete analysis of optical pulses is crucial for many applications, where the accurate
spectral phase controlling is necessity. Frequency-resolved optical gating (FROG)[1] and …

Recently, we developed a simple technique 1 for measuring the spectral phase of
femtosecond optical pulses, we called it direct optical spectral phase measurement …

We extend to the ultraviolet frequency-resolved optical gating a new method for measuring
the intensity and phase evolution of an individual ultrashort pulse without assumption. Using …

The impact of high-frequency spectral phase modulation on the temporal intensity of optical
pulses is derived analytically and simulated in two different regimes. The temporal contrast …

Time-gated spectral characterization of ultrashort laser pulses - ScienceDirect Skip to main
contentSkip to article Elsevier logo Journals & Books Search RegisterSign in View PDF …

We propose a single-shot, high-repetition rate measurement scheme of the carrier-envelope
phase offset of ultrashort laser pulses. The spectral fringes resulting from f-2f nonlinear …

We present a method which transfers a nearly linear frequency modulation of bandwidth 3.5
THz (or 0.32 nm around 0.53 μm) to a frequency doubled single pulse of duration 30 ps …

Using single-shot, self-diffraction, frequency-resolved optical gating, we measure the
complete electric field amplitude and phase of 405-nm second-harmonic pulses from an …