Juan C. Moreno

发表

An experimental study of the effect of shock proximity on the Richtmyer-Meshkov instability at high Mach number

Bruce A. Remington, Yujian Zhou, H. F. Robey, 2001 .

Electron density measurement of a colliding plasma using soft-x-ray laser interferometry

Troy W. Barbee, James E. Trebes, Alan S. Wan, 1997 .

Reinterpretation of the neon-like titanium laser experiments

Jeffrey A. Koch, Joseph Nilsen, James H. Scofield, 1994 .

X‐ray lasers for high density plasma diagnostics (invited)

Dennis L. Matthews, Richard A. London, Troy W. Barbee, 1995 .

First observation of lasing at 231 Å in neon-like nickel using the prepulse technique

Jeffrey A. Koch, Joseph Nilsen, Brian J. MacGowan, 1993 .

Traveling wave excitation and amplification of neon-like germanium 3p–3s transitions

Joseph Nilsen, Juan C. Moreno, L. B. Da Silva, 1994 .

Imaging of laser‐irradiated targets at a wavelength of 33.8 Å using a normal‐incidence multilayer mirror

Alan S. Wan, John F. Seely, Glenn E. Holland, 1994 .

Effect of shock proximity on Richtmyer–Meshkov growth

Dave Braun, A. R. Miles, H. F. Robey, 2003 .

Time-resolved x-ray imaging of high-power laser-irradiated underdense silica aerogels and agar foams

J. D. Moody, Alexander M. Rubenchik, Jeffrey A. Koch, 1995 .

Nearly Monochromatic Lasing at 182 Å in Neonlike Selenium.

Joseph Nilsen, Juan C. Moreno, 1995 .

Application of x-ray-laser interferometry to study high-density laser-produced plasmas

Richard A. London, Troy W. Barbee, James E. Trebes, 1996 .