R.W. Dreyfus
Journal of Applied Physics
We report the first continuously tunable vacuum ultraviolet laser emission in high-pressure xenon. By incorporating a dispersive element into the optical cavity, laser action was obtained over a 50-Å (1700-cm-1) range about a central wavelength of 1720 Å. A highly efficient pumping scheme allows the use of a 0.6-MeV electron accelerator delivering ≤ 10 J in a 3-nsec excitation pulse. © 1974 American Institute of Physics.
R.W. Dreyfus
Journal of Applied Physics
C.E. Otis, R.W. Dreyfus
Physical Review Letters
R.W. Dreyfus, R.J. von Gutfeld, et al.
Optics Communications
R.T. Hodson, R.W. Dreyfus
Physical Review Letters