A new type CuCl vapor laser discharge tube is introduced.
介绍一种新型ＣｕＣｌ蒸气激光器放电管。
Experimental researches on injection-locked Copper Vapor Laser;
铜蒸气激光器注入锁定的实验研究
The development of a steady pulse charging power supply for copper vapor laser;
高稳定铜蒸气激光器脉冲充电电源的研制
Computer aided design of copper vapor laser;
铜蒸气激光器计算机辅助设计
Its principle is asfollows:several metal pieces of high metal vapor condensation coefficients were used toadsorb the random walking metal vapor particles that collide upon them, as a result,aprotection of the laser windows from the metal vapor pollution was achieved.
提出了金属蒸气激光器中金属原子在激光器隔离头中运动的理论模式──无规行走模式。
The making of Au vapor laser discharge tube and working performance;
金蒸气激光器放电管的研制和工作特性
rare earth vapor laser
稀土元素蒸气激光器
electric discharge atomic vapor laser
放电原子蒸气激光器
trivalent rare-earth molecular vapor laser
三价稀土分子蒸气激光器
Beam divergence of copper vapor laser versus efficiency of dye laser pumped with it
铜蒸气激光器光束方向性与它所泵浦的染料激光器的效率的关系
Development of high-voltage high-power pulse transformer for copper vapor laser
铜蒸气激光器中高压大功率脉冲变压器的研制
The radial electron temperature and intensity of large|bore copper laser are presented.
给出了大口径铜蒸气激光器的径向电子温度及发光强度分布.
A Cu/CuCl Vapor Laser Used in High Resolution No Shutter High Speed Photography
氯化亚铜蒸气激光器用于高分辨率、无快门高速摄影
copper vapour pumped dye laser
铜蒸气泵浦染料激光器
pulsed metal vapor laser
脉冲金属蒸汽激光器
metal vapor ion laser
金属蒸汽离子激光器
continuous wave metal vapor laser
连续波金属蒸汽激光器
Far-field distribution of laser beam from oscillator and amplifier of copper vapor lasers
铜蒸气激光振荡器与放大器输出光束的远场分布
Output power of dye laser pumped by Cu vapor laser with different oscillator structures
铜蒸气泵浦染料激光器输出功率与谐振腔结构的关系
transverse-excited atmosphere laser
横向激发大气压激光器
rare gas excimer laser
稀有气体激元激光器
electric discharge excited gaseous laser
放电激励气体激光器
atomic vapour laser isotope separation
原子蒸气激光同位素分离
"Electric discharge lamp, or vapor lamp: Lighting device consisting of a transparent container within which a gas is energized by an applied voltage and made to glow."
"放电灯,亦称蒸气灯,一种照明器件,由一透明外壳构成,其中的气体被外加电压激发而发光。"
