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Alternate Laser Fusion Drivers
Plasma Heating by Radiation of Amplifying
Classical and QuantumMechanical Views of Free
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ablation acceleration amplitude angle approximately argon backscatter bremsstrahlung Brillouin Brillouin scattering calculations coating compression critical density deuterium diagnostic diameter diode effects efficiency electron beam electron temperature emission equation experimental experiments exploding pusher fast electrons flow flux focusing foil free electron laser frequency fuel glass microballoons heating Hora implosion incident Inertial Confinement Fusion instability interaction irradiation Laboratory laser beam laser fusion laser intensity laser pulse Lawrence Livermore Laboratory layer length Lett light Livermore magnetic field measured microballoon momentum neutron nonlinear nsec observed obtained optical oscillator parameters particle pellet perturbation photon Phys plasma polarization ponderomotive force preheat prepulse pressure produced psec radiation radius range ratio reactor region scattering self-focussing shell shock shown in Fig simulation soliton spatial spectral surface target thermal thickness tion transport tritium velocity wave wavelength X-ray zone plate