本文描述了最近进行的复合泵浦类锂硅离子软x射线激光增益实验结果。
Results of the recombination pumped soft X-ray laser gain experiment of L-like silicon ions are described.
通过试验研究了等离子激光复合快速制造中激光对等离子弧柱形貌、熔积成形时的熔深和熔宽等的影响。
The effects of laser on plasma arc beam, welding depth and width of deposition pool in the hybrid plasma-laser rapid manufacturing is investigated by tests.
为了试验这些复合材料能否经受聚变等离子体破裂时的高热负荷，用大功率ND：YAG激光进行了模拟实验。
In order to investigate their cyclic heat load properties under plasma disruptions, a cyclic heat load experiment was performed by using high power nd: YAG laser.
找到了进行类锂铝离子通过复合机制产生X光激光设计应创造的等离子体状态目标区域。
The plasma state objective region which must be established for recombination Li-like Al X-ray lasers have been obtained.
通过实验研究分析了激光束与等离子束复合角度对熔积层精度的影响规律。
The influence of the Angle between laser beam and plasma arc beam on the precision of a deposited layer was analyzed through experimental studies.
详细介绍了堆焊、激光熔覆、激光熔射、等离子熔化-注射等颗粒增强表层复合材料的制备方法，并分析了各种制备技术的优缺点。
Hardfacing, laser cladding, laser melt injection and plasma melt injection were introduced, and the virtues and defects of all the methods were discussed.
利用复合辐射吸收边测量了作用过程中毛细管等离子体温度，表明随着激光能量增加电子温度升高。
The plasma temperature is estimated by the recombination edge method and found that the temperature is increased with the increasing of the laser pulse energy.
利用复合辐射吸收边测量了作用过程中毛细管等离子体温度，表明随着激光能量增加电子温度升高。
The plasma temperature is estimated by the recombination edge method and found that the temperature is increased with the increasing of the laser pulse energy.
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