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Large aperture harmonic conversion experiments at Lawrence Livermore National Laboratory
Linford, G.J.; Johnson, B.C.; Hildum, J.S.; Synder, K.; Boyd, R.; Smith, W.L.; Hunt, J.T.; Speck, D.R.; Swain, J.E.; Martin, Bill (1981-12) -
Large aperture harmonic conversion experiments at Lawrence Livermore National Lanoratory
Linford, G.J.; Johnson, B.C.; Hildum, J.S.; Martin, William Eugene; Snyder, K.; Boyd, R.D.; Smith, W.L.; Vercimak, C.L.; Eimerl, D.; Hunt, J.T. (1982-10)Large aperture harmonic conversion experiments to 2 omega (532 nm), 3 omega (355 nm), 4 omega (266 nm) on the Argus laser at the Lawrence Livermore National Laboratory are described. Harmonically converted energies of up ... -
Large aperture harmonic conversion experiments at LLNL - comments
Linford, G.J.; Johnson, B.C.; Hildum, J.S.; Martin, Bill; Snyder, K.; Boyd, R.D.; Smith, W.L.; Vercimak, C.L.; Eimerl, D.; Hunt, J.T.; Seka, W.; Craxton, R.S.; Jacobs, S.D.; Lund, L.D.; McCrory, R.L.; Soures, J.M. (1983-07) -
Optical rise-time measurements on KD*P transmission-line Pockels cells
Johnson, B.C.; Guinn, K.R.; Martin, William Eugene; Fountain, Wm.D. (1978)A technique has been developed for determining the optical-transmission rise times of subnanosecond switching KD*P electro-optic modulators. Optical streak-camera data with 15-psec overall resolution and 30-psec resolution ... -
Optical-system for Argus 355-nm 90-mm aperture target illumination experiments
Johnson, B.C.; Hildum, J.S.; Linford, G.; Hermes, G.; Boyd, R.; Martin, Bill (1981-12) -
Pulse shaping for laser fusion
Martin, William Eugene; Johnson, B.C.; Guinn, K.R. (1977)