In a solid-state heat capacity laser (SSHCL), waste heat is stored in the lasing slabs, minimizing temperature gradients and optical distortions. After the maximum number of pulses is reached, the slabs are rapidly exchanged with cool slabs. During the past several years, our laboratory at LLNL has built a number of SSHCLs, demonstrating powers beyond 10 kW. In this paper, we model target interactions produced by a 10 kW device (500 J/pulse and 20 Hz), operating at a wavelength of 1.053 μm. The laser contains 9 Nd:glass slabs pumped by flashlamps.
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机译：在固态热容量激光器（SSHCL）中，废热存储在激光板中，最小化温度梯度和光学扭曲。在达到最大脉冲数之后，板坯迅速与冷板迅速交换。在过去几年中，我们的LLNL实验室建立了许多SSHCLS，证明了超过10千瓦的权力。在本文中，我们模拟了由10kW设备（500 k /脉冲和20Hz）产生的目标相互作用，以1.053μm的波长操作。激光含有9个ND：由闪光灯泵送的玻璃板。
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