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Laser Performance Operation Model and its application toLIL energy and power balance

机译:激光性能运行模型及其在LIL能量和功率平衡中的应用

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摘要

LMJ is a 240 high power laser beam facility for achieving laser matter interactionrnexperiments, high energy density science, including the demonstration of fusion ignitionrnthrough Inertial Confinement. The Laser Integration Line (LIL) facility is currently a 4-beamrnprototype for LMJ. In order to achieve precisely specified energies over a wide range ofrnenergies, power, temporal shapes and pulse lengths, a computational model has been developedrnand optimised on every LIL shot. This optimisation is based on the best fit possible betweenrnthe predicted performances and the measured ones. It is therefore possible to predict therncharacteristics of a given shot in the 4- beam LIL configuration.
机译:LMJ是一种240高功率激光束设备,用于实现激光物质相互作用实验,高能量密度科学,包括通过惯性约束进行聚变点火的演示。激光集成生产线(LIL)设备目前是LMJ的4光束原型。为了在大范围的能量,功率,时间形状和脉冲长度上获得精确指定的能量,已经开发了计算模型,并对每个LIL射弹进行了优化。该优化基于预测性能和实测性能之间的最佳拟合。因此,有可能在4光束LIL配置中预测给定发射的特性。

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