160-fsec XeCl excimer amplifier system

J.H. Glownia; J. Misewich; P.P. Sorokin

doi:10.1364/JOSAB.4.001061

Journal of the Optical Society of America B: Optical Physics

Paper

01 Jul 1987

160-fsec XeCl excimer amplifier system

View publication

Abstract

An amplifier system based on XeCl gain modules, which, generates bandwidth-limited, 160-fsec, 308-nm, 12-mJ pulses, is described. The UV seed pulses are derived from a colliding-pulse mode-locked laser system. © 1987, Optical Society of America.

Paper

Current status of the H₂ diffuse interstellar bands theory Assignments of the λλ5780, 6284, 4428, 4882 large-equivalent-width diffuse interstellar bands

P.P. Sorokin, J.H. Glownia, et al.

Faraday Discussions

Conference paper

IR emission from Schottky barrier carbon nanotube FETs

R. Martel, J. Misewich, et al.

DRC 2004

Paper

Classical model of femtosecond time-resolved absorption spectra of dissociating molecules

R.E. Walkup, J. Misewich, et al.

The Journal of Chemical Physics

Paper

Femtosecond transition-state absorption spectroscopy of Bi atoms produced by photodissociation of gaseous Bi₂ molecules

J.H. Glownia, J. Misewich, et al.

The Journal of Chemical Physics

View all publications

Abstract

Related

Current status of the H2 diffuse interstellar bands theory Assignments of the λλ5780, 6284, 4428, 4882 large-equivalent-width diffuse interstellar bands

IR emission from Schottky barrier carbon nanotube FETs

Classical model of femtosecond time-resolved absorption spectra of dissociating molecules

Femtosecond transition-state absorption spectroscopy of Bi atoms produced by photodissociation of gaseous Bi2 molecules

Current status of the H₂ diffuse interstellar bands theory Assignments of the λλ5780, 6284, 4428, 4882 large-equivalent-width diffuse interstellar bands

Femtosecond transition-state absorption spectroscopy of Bi atoms produced by photodissociation of gaseous Bi₂ molecules