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1)  helium-neon maser
氦氖微波激射器
2)  He-Ne laser
氦氖激光器
1.
Theoretic analysis of the cat s eye cavity He-Ne laser;
猫眼谐振腔氦氖激光器理论分析
2.
In order to analyze working principle and stability error of double longitudinal-mode He-Ne laser with stabilization frequency, a requirement is put forward, which is that an intracavity laser with cavity of 100~300 mm length can produce double longitudinal-mode light.
为深入分析双纵模稳频氦氖激光器的稳频机理和精度误差,本文提出了双纵模产生的必要条件:内腔型激光器和谐振腔长在100~300mm之间。
3.
The thesis summarizes the structure and principles of the He-Ne laser,and analyses the shortage of the traditional He-Ne laser experiment instrument.
首先简要概述氦氖激光器的结构及工作原理,分析了传统氦氖激光原理实验所存在的不足,同时介绍一种新型实验仪,描述该套实验仪的结构和特点,及其相对于传统气体激光实验所做的改进。
3)  Helium-Neon laser
氦氖激光器
1.
A comparison is made between semi-conductor laser and helium-neon laser.
本文就半导体激光器与氦氖激光器进行了比较 ,并简单论述了半导体激光在物理实验中的应用 ,尤其在“全息照相”中的应用。
4)  He-Ne laser
氦-氖激光器
5)  He-Ne lasers
氦氖激光器
1.
In this paper, the approach used for accelerated life test under constant stress of mini He-Ne lasers with glass framework of 250mm is proposed to estimate its lifetime, in which theoretical research has been mainly discussed.
利用恒定应力下的加速寿命试验方法对玻璃结构腔长为250mm的全内腔式小型氦氖激光器进行试验来估算其寿命,重点进行了理论研究。
6)  He-Ne laser irradiation
氦氖激光照射
1.
Effects of He-Ne laser irradiation on the growth and development and antioxidative system in cultured neurons in vitro;
氦氖激光照射对体外培养的神经元生长发育及抗氧化系统的影响
2.
Study on the effects of He-Ne laser irradiation on the splenic T lymphocyte proliferative responses in mice;
氦氖激光照射对小鼠脾淋巴细胞增殖反应影响的试验研究
3.
Systematic experiments on the effects of He-Ne laser irradiation combined with the traditional antitumor medicine of cyclophosphamide on peripheral blood serum IgG were conducted by using the experimental model of mouse S180 ascites sarcoma.
以小鼠S180腹水瘤为动物实验模型 ,对氦氖激光照射与化疗药物环磷酰胺 (CYT)联合应用对S180荷瘤鼠外周血IgG含量影响作了系统性研究。
补充资料:氦氖激光器
分子式:
CAS号:

性质:一种原子气体激光器,其激活介质是氦和氖的混合气体。氦气起产生激光的媒介和增加激光输出功率的作用,氖气起产生激光的作用。氦氖激光器在可见光区和红外区可产生多种波长的激光谱线,其中主要的有0.6328μm的红光和1.15μm及3.39μm的红外光。氦氖激光器有非常好的方向性和相干性,其结构简单,寿命长,小巧价廉,频率稳定。在印刷工业的电子分色机、激光照排机、激光制版机、全息照片制片和激光印字机以及计算技术、自动控制等方面用得比较多。

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