laser spectroscopy的例句大全

This paper focus on introducing application of laser spectroscopy in the cancer and arteriosclerosis plaque diagnosis.

本文重点介绍了激光光谱学在癌症和动脉粥样硬化斑块诊断研究方面的应用.

The initial dynamics of photogenerated carriers in a-Si: H/ a-SiN_x: H multilayers has been investigated with time-resolved laser spectroscopy. The mechanisms of thermalization and recombination of these carriers are analysed.

用时间分辨激光光谱学方法研究了a-Si：H/a-SiN x：H多层膜光生载流子初始动力学过程，分析了非平衡载流子的热释和复合机制。

This work is very important to broaden the applications of such kind of laser diode in studying the influence of the atom manipulation, cold-atom physics and laser spectroscopy.

该研究对于扩展这类激光器的应用，尤其是在研究冷原子物理和激光光谱中对原子操控的影响，具有非常重要的意义。

stark modulation electric rotation laser spectroscopy and its application

斯塔克调制-电旋转激光光谱技术及其应用

Laser spectroscopy, the threshold power and different output characteristics with different injection currents are measured. And the influence factors of output characteristics are analyzed.

实验研究了LD抽运Tm：YAG脉冲激光器输出特性，测量激光的光谱、阈值功率和不同注入电流下的输出特性，分析了影响输出特性的因素。

Application of ultrafast laser spectroscopy to crystalline semiconductor low& dimension materials

超快速激光光谱学技术在晶态半导体低维材料中的应用

Studies on Laser Spectroscopy Technology and Its Application to Combustion Diagnosis in the Jet Engine

激光光谱诊断技术及其在发动机燃烧研究中的应用

t laser spectroscopy, laser tweezers, laser scanning microscope, laser nuclear-magnetic resonator and laser vapour atom deposition film are possessed of important significance in materials science.

激光光谱学、激光光镊、激光扫描显微镜、激光核磁共振仪、激光镀膜在材料学科中有重要意义。

the crossed molecular beam apparatus in laser spectroscopy laboratory, anhui institute of optics and fine mechanics, is introduced.

本文介绍了安徽光机所激光光谱学开放研究实验室的交叉分子束装置。

thermal atomic vapor is usually used as optical medium for laser spectroscopy experiments.

热原子蒸气是激光光谱实验中常用的光学介质。

A novel high sensitive laser spectroscopy technique,-frequency phase modulation-cavity enhanced modulation transfer spectroscopy, is presented.

提出了一种新的高灵敏激光光谱技术激光 双 频相位调制环形腔增强调制转移光谱技术.

Especially, the LD pumped single-longitudinal-mode all-solid-state lasers are widely used in coherent range-finding, coherent optical communication, ultra-sensitive laser spectroscopy, nonlinear frequency conversion, quantum optics and so forth.

特别是半导体泵浦的单纵模全固化激光器，以其优良的品质广泛用于相干测距、相干通讯、光谱测量、非线性频率转换、量子光学等领域。

Ultrafast laser spectroscopy such as femtosecond time-resolved transient absorption spectroscopy, time-resolved fluorescence spectroscopy, is an important experimental method to investigate the excited state energy relaxation process in organic materials.

超快光谱如飞秒时间分辨瞬态吸收，时间分辨荧光等，是研究有机材料激发态能量弛豫过程的重要的实验手段。

Development in Research Ultrafast Laser Spectroscopy of Semiconductor Low-dimension Materials

半导体低维材料中的超快速激光光谱研究进展

High sensitive laser spectroscopy Undergraduate degree from an accredited university, college or hotel school.

高灵敏度激光光谱学高等教育水平，比如大学、高等学院或酒店学校等。

The article summarizes the analysis techniques of the Fe(ⅲ) hydrolysis speciation, mainly including potentiometric titrimetric analysis, ferron assay, infrared spectroscopy, laser light scattering, streaming current.

本文主要介绍了电位滴定、Ferron逐时络合比色、红外光谱、激光光散射、流动电流等铁盐水解形态的分析方法。

Recent experiments on independent tuning two color and three color femtosecond laser detection technology indicated that study of the ultrafast process of photosynthesis micromechanism using multi excited state spectroscopy, selectivity ultrafast time resolved spectroscopy and process control femtosecond photochemistry reaction dynamics can be carried out effectively.

对独立调谐的双色、三色飞秒激光探测技术进行了探索性研究，结果表明，利用多激发态光谱学、选择性超快时间分辨率光谱学和程控飞秒光化学反应动力学可有效进行光合作用微观机理的超快过程研究。

The ultraviolet ( 355 nm) laser induced desorption of CCl4 cryogenic film on quartz surface at 130 K is investigated using time-resolved quadrupole mass spectroscopy.

本文研究了CCl4低温（130K）吸附于石英表面上经紫外激光辐照后引起的脱附过程。

Multi-pulses CARS needs to adjust the delay time of probe pulse to obtain time-resolved spectroscopy, and relatively long detection time. Thus, it is requirement on laser system and molecular long term stability.

多脉冲CARS需要调节探测光的时间延迟得到时间分辨光谱，探测时间相对较长，并且对激光系统和待测样品的稳定性要求较高。

Another uses a femtosecond laser pulse to excite semiconductor surface and generates the broadband THz radiation with the spectral range between 0.2 THz and 2.6 THz, which is suitable for the study on THz time resolved spectroscopy.

另一套系统利用飞秒激光脉冲激发半导体表面，辐射出谱宽较大（0.2-2.6THz）的THz电磁波，应用于THz时间分辨光谱研究。