Modeling broad-band and multiple-frequency energy extraction from glass laser amplifiers
Hall, D. W.; Hagen, W. F.; Weber, M. J.
IEEE Journal of Quantum Electronics (ISSN 0018-9197), vol. QE-22, June 1986, p. 793-796.

The high power iodine laser
Brederlow, G.; Fill, E.; Witte, K. J.; Hagen, W. F.
Journal of the Optical Society of America B: Optical Physics, Volume 1, Issue 2, April 1984, p.324

NOVA: The laser fusion breakeven experiment
Godwin, R. O.; Glaze, J. A.; Hagen, W. F.; Holzrichter, J. F.; Simmons, W. W.; Trenholme, J. B.
Presented at Ann. Electro Optics Laser Conf., LIA, Anaheim, Calif., 23-25 Oct. 1979

Performance of Nd:glass Lasers (A)
Hagen, W. F.; Trenholme, John B.
J. Opt. Soc. Am., vol. 68, page 542 (1978)

High-radiance Nd-doped disk laser amplifiers for the Shiva laser system (A)

Linford, Gary J.; Yarema, S. M.; Hurley, C. A.; Crothers, W. T.; Jones, W. A.; Hagen, W. F.; Trenholme, John B.
J. Opt. Soc. Am., vol. 68, page 548 (1978)

Turbulent Flow Measurements Utilizing the Doppler Shift of Scattered Laser Radiation
RJ Goldstein, WF Hagen - Physics of Fluids, 2004 - link.aip.org
Turbulent Flow Measurements Utilizing the Doppler Shift of Scattered Laser Radiation. [Physics of Fluids 10, 1349 (1967)].

Efficient Second-Harmonic Generation with Diffraction-Limited and High-Spectral-Radiance Nd-Glass
WF Hagen, PC Magnante - Journal of Applied Physics, 2003 - link.aip.org
Efficient second-harmonic generation (SHG) at 5300 â« has been achieved with KDP and LiNbO crystals when Nd-glass lasers of high radiance and narrow ...

Diffraction-Limited High-Radiance Nd-Glass Laser System
WF Hagen - Journal of Applied Physics, 2003 - link.aip.org
A Nd-glass laser system is described which emits a 4 GW diffraction-limited laser pulse, at a radiance ...

Multimegajoule laser design
KR Manes, RG Ozarski, WF Hagen, JF Holzrichtr - 1985 - osti.gov
New technologies make multimegajoule glass lasers economically feasible.^We have devised new laser architectures using harmonic switchout, target-plane ...

Status of large neodymium glass lasers
A GLAZE, WW SIMMONS, WF HAGEN - SPIE/SPSE technical symposium, 1976 - osti.gov

Requirements and new materials for fusion laser systems
SE Stokowski, MJ Weber, RA Saroyan, WF Hagen - Electro-Optical systems conference, 1977 - osti.gov
Higher focusable power in neodymium glass fusion lasers can be obtained through the use of new materials with lower nonlinear index (n/sub 2/) and better ...

Nova laser system for inertial confinement fusion
Simmons, RO Godwin, WF Hagen, JF Holzrichter, AJ ⦠- Proc. Symp. Eng. Probl. Fusion Res, 1981 - osti.gov
The Nova laser fusion research facility, currently under construction at LLNL, and authorized by Congress at /195M, will provide researchers with powerful ...

Transportable lunar-ranging system
CG LEHR, MR PEARLMAN, JA MONJES, WF HAGEN - Applied Optics, 1972 - csa.com
Description of a transportable transmitting unit for measuring distances to retroreflectors on the moon. The unit can be installed at any astronomical ...

Livermore builds a giant
O Goodwin, WF Hagen, JF Holzrichter, WW Simmons, ⦠- Laser Focus, 1981 - osti.gov
The Nova laser, currently being built at the Lawrence Livermore Laboratory, will upon its planned completion in 1985 replace Shiva as the world`s most ...

Nova: the laser fusion breakeven experiment
RO GODWIN, JA GLAZE, WF HAGEN, JF HOLZRICHTER, WW ⦠- 11. annual electro optics/laser conference and exposition, 1979 - osti.gov
A new laboratory building is being constructed adjacent to the Shiva laser to house the Phase I $137M ten-beam Nova laser and a target chamber designed ...

Nova chain design and performance
WW SIMMONS, JA GLAZE, JB TRENHOLME, WF HAGEN - 1980 - osti.gov
During the past year design of the Nova laser has undergone significant change as a result of developments in our laser glass and optical coating ...

Off-axis multipass laser system
Hagen, W.F.
J. Opt. Soc. Am., vol. 68, page 542 (1978)

Beryllium fluoride glasses for fusion lasers,br> Weber, Marvin J.; Cline, C. F.; Saroyan, R. A.; Milam, D.; Smith, W. Lee; Linford, Gary J.; Stokowski, S. E.; Hagen, W. F.; Layne, C. B.; Baldwin, C. M.
J. Opt. Soc. Am., vol. 68, page 542 (1978)

Quadratic apodization: a technique for minimizing intensity-induced aberrations in high-power lasers
Glaze, James A.; Simmons, W. W.; Hagen, W. F.
J. Opt. Soc. Am., vol. 65, page 1208 (1975)