红宝石激光发生器。
红宝石激光器。
Ruby laser generator. Right-click for xenon lamp as pumping source.
拖到绘图页上，然后右击可指定氙灯为泵激源。
Ruby laser generator. Xenon lamp as pumping source can be specified.
红宝石激光器。可指定氙灯为泵激源。
This paper reports experimental results of human skin exposed to ruby laser light.
本文报道了红宝石激光辐照人皮肤的实验结果。
As early as 1962 a ruby laser welded a detached retina to a patient's eyeball to save their vision.
早在1962年，一台红宝石激光器将病人脱落的视网膜与眼球重新连接，使他恢复了视力。
Objective To observe clinical changes in patients with facial pigmentation treated with Q-switched Ruby laser.
目的：观察Q -开关红宝石激光选择性治疗面部色素增加性病变的疗效和可能产生的副作用。
Conclusion Satisfactory results are obtained in the patients with nevus of Ota treated with Q switched ruby laser.
结论Q-开关红宝石激光治疗太田痣效果令人满意。
Objective To analyze the clinical and pathological changes in patients with nevus of Ota treated with Q switched ruby laser.
目的报道Q-开关红宝石激光治疗太田痣的临床观察和病理变化。
This paper simply introduces a ruby laser with max. relative error of output energy< 2% and it's features about construction.
本文简介一种输出能量最大相对误差小于2％的红宝石激光器及其结构特点。
Objective: to observe clinical changes in patients with facial epidermal pigmented dermatoses treated with Q-switched Ruby laser.
提要目的：观察Q -开关红宝石激光治疗面部浅表色素性皮肤病疗效。
To begin with, the laser palette was rather limited: helium-neon and ruby lasers emitted red light, and others produced invisible infrared.
刚开始时，激光的色彩是相当有限的：氦氖激光器和红宝石发出红光，其他激光器则产生不可见的红外光。
Dynamic speckle photography of the gear tooth has been achieved by combining a pulsed ruby laser with the external synchronizing trigger signal.
红宝石脉冲激光器和外同步触发信号结合实现了齿轮轮齿动态散斑图的记录。
This paper reports high-order stimulated Raman Scattering in CH4-pumped by a ruby laser and discusses the generating condition of the high-order anti-Stokes.
报道用红宝石激光泵浦甲烷的高阶受激喇曼散射，并讨论了高阶反斯托克斯光产生的条件。
The experimental hemorrhage models of choroid, retina and vitreous were made by Q-switched ruby laser in 58 eyes of 39 chinchilla rabbits. ERGs were recorded once a week.
用Q—开关红宝石激光多脉冲辐照法制作39只青紫蓝灰兔脉络膜视网膜玻璃体出血模型，从视网膜电图的角度研究脉络膜视网膜重度激光损伤对视觉电生理的影响。
Dynamic holographic interferometry measurement, which is twice exposal holographic interferometry, is realized through ruby double pulse laser.
采用红宝石双脉冲激光器，实现了动态全息干涉法测量，即两次曝光全息干涉法。
Dynamic holographic interferometry measurement, which is twice exposal holographic interferometry, is realized through ruby double pulse laser.
采用红宝石双脉冲激光器，实现了动态全息干涉法测量，即两次曝光全息干涉法。
应用推荐