1) laser beam deflection
激光束偏转
1.
The shock wave, which is produced in air when the metal surface is ablated by a pulsed Nd:YAG laser, is investigated by means of the He Ne laser beam deflection technique.
运用 He- Ne激光束偏转技术研究金属表面被脉冲 Nd:YAG激光烧蚀时在空气中所产生的冲击波。
2) laser deflectometry
激光束偏转法
1.
Aspheric surface testing and calculating by laser deflectometry;
激光束偏转法非球面面形测量和计算
3) laser beam deflection sensor
激光束偏转传感器
4) laser
激光
1.
Analysis model and experimental research of dilution in laser induction hybrid cladding;
激光感应复合熔覆的稀释率分析模型及实验研究
2.
The Reconfigurable Multifunction Laser Processing System Based on the Optimal Slice Process;
基于最优切片工艺的可重构多功能激光加工系统
3.
Study of laser transmission effect in dye-cholesteric liquid crystals;
激光在手性染料液晶中的传输效应研究
5) lasers
激光
1.
Comparison of histologic,biochemical and mechanical properties of murine skin treated with the long-pulse and Q-switched 1 064-nm Nd:YAG lasers;
长脉宽与Q开关1064nm Nd:YAG激光对皮肤作用的比较
2.
Combined Application of Argon and Nd: YAG Lasers in Treatment of Primary Angle-Closure Glaueoma;
氩激光联合Nd:YAG激光治疗原发性闭角型青光眼
3.
Unification Single Mode Equation of Class-B Lasers with Homogeneous Broad Line;
B 类均匀加宽激光器单模方程的统一性
6) laser beam
激光
1.
The results show that:①the transient field become quasi-steady state after the laser beam scans 2 pots ②the peak temperature and the temperature difference of upper-lower surface calculated by 2D FEM are close with that calculated by 3D FEM ③good agreement is obtained between experimental and analytical result
用小步距间歇跳跃式移动光源模拟激光束的连续扫描,采用简化模型,对板料激光成形时的三维瞬态温度场进行了有限元分析。
2.
The polarization of the laser beam output from the PHC-1 500 laser unit was experimentally verified.
试验验证了PHC-1500型CO2激光器输出激光经传输光路转换后的偏振化方向。
参考词条
氩激光/iris810激光
Ar~+激光与532nm激光
氦氖激光(HeNe激光)
Nd:YAG激光器激光
激光/半导体激光
激光切割
激光淬火
激光技术
激光光解
激光熔覆
激光焊接
激光熔化
激光焊
激光处理
激光光学
分风分流装置
农产品质量安全标准
补充资料:激光光热偏转光谱法
分子式:
CAS号:
性质: 是基于20世纪80年代发现的光热偏转效应而建立的一种光热光谱技术。所依据原理是待测物质的光热效应引起的介质折射指数的变化,探测折射率的变化梯度进行分析。是高灵敏、非破坏性检测微弱吸收的手段之一,检测限可达1.0×10-11mol/L;与色谱技术联用,检测限可近pg级。其检测方式分为共线式和横向式;光学构型有腔内调谐和腔外调谐两种,一般前者的灵敏度高于后者。为提高灵敏度,许多光学技术如阿达马变换、时间分辨技术等已被应用到激光光热偏转光谱中。
CAS号:
性质: 是基于20世纪80年代发现的光热偏转效应而建立的一种光热光谱技术。所依据原理是待测物质的光热效应引起的介质折射指数的变化,探测折射率的变化梯度进行分析。是高灵敏、非破坏性检测微弱吸收的手段之一,检测限可达1.0×10-11mol/L;与色谱技术联用,检测限可近pg级。其检测方式分为共线式和横向式;光学构型有腔内调谐和腔外调谐两种,一般前者的灵敏度高于后者。为提高灵敏度,许多光学技术如阿达马变换、时间分辨技术等已被应用到激光光热偏转光谱中。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。