In a KrF laser inertial fusion energy (IFE) power plant [1] an array of N laser amplifiers would focus and symmetrically illuminate a fusion target with a total of ~3 MJ of laser light. The lasers are pumped by large-area electron beam diodes, whose technology is presently being developed on the Electra [1] and Nike [2] facilities at the Naval Research Laboratory in Washington, DC. Sufficient p...

A possibility of laser printing single diamond nanoparticles with luminescent SiV centers is demonstrated. To provide the transfer, a target consisting transparent sapphire plate and an absorbing thin titanium film (600 nm thick) coated was irradiated KrF excimer ("lambda"=248 nm, "tau"=20 ns). Optimal values fluence have been determined technique for applying labels targeted transfer has devel...

A multi-institutional team led by McDonnell Douglas has undertaken a study which includes the design of both a laser-driven (KrF) and heavy-ion-driven (HI) commercial fusion power reactor. A more general paper describing the overall reactor designs can be found in this proceedings [l]. The cavity, which is the subject of this paper, involves the components surrounding the pellet reaction chambe...

In this study, we prepared hybrid materials with C and Ag layers on the surface of polydimethylsiloxane polymer (PDMS). The samples were subjected to thermal treatment modification high energy KrF excimer laser in single shot mode. change morphology was investigated by Scanning Electron Microscopy (SEM), chemical composition nanocomposites studied Energy Dispersive Spectroscopy (EDS). Finally, ...