1) Laser microdissection
激光微切
2) laser capture microdissection
激光微切割
1.
The RNA in pathobiological sections fixed by several fixatives was analyzed by laser capture microdissection and quantitative PCR.
采用激光微切割与定量PCR技术,分析使用不同提取方法从不同固定方法固定的病理切片中提取的RNA。
3) Laser microdissection
激光微切技术
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
桥梁坍塌
区域数字台网
补充资料:激光拉曼微区探针
分子式:
CAS号:
性质: 一种新的非破坏性微区分析技术。这种激光拉曼分子探针是用激光去激发样品,组成样品的不同组分产生不同频率的拉曼散射,以检测和鉴定各个组分,然后再经显微照相成像,给出各组分的分布图。它可以检测和研究在空气或控制气氛、液体或透明介质中的样品,样品用量少到10-12~10-15g级,能获得用电子或离子探针难于提供的有关分子化学键和分子结构方面的信息。
CAS号:
性质: 一种新的非破坏性微区分析技术。这种激光拉曼分子探针是用激光去激发样品,组成样品的不同组分产生不同频率的拉曼散射,以检测和鉴定各个组分,然后再经显微照相成像,给出各组分的分布图。它可以检测和研究在空气或控制气氛、液体或透明介质中的样品,样品用量少到10-12~10-15g级,能获得用电子或离子探针难于提供的有关分子化学键和分子结构方面的信息。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。