spectroscopy

1.The Cavity ringdown spectroscopy is a new spectroscopic technique.

光腔衰的光谱技术。

2.The obtained self-assembled monolayers were characterized with water contact angle goniometry, auger electron spectroscopy and X-ray photoelectron spectroscopy.

使用接触角、俄歇电子能谱及X射光电子能谱等方法进行表征。

3.Besides, laser optoacoustic spectroscopy technique and laser mass spectrometry will play more important role in research of internal combustion engine.

另外，激光光声光谱技术、激光质谱仪等有望在内燃机的研究中发挥更大的作用。

4.Hadron (baryons and mesons) spectroscopy opens the gate for the development of the fundamental theory of the strong interaction: quantum chromodynamics (QCD).

强子谱为量子色动力学(QCD)理论的发展提供了一个很好的场所。

5.On the basis of theories of plasma physics and optical spectroscopy a new method named Multilineal Spectroscopy Analytic Solution for diagnosing are plasma is proposed.

根据等离子体物理学和光谱学理论，建立了一种的电弧等离子体的测试方法─—光谱多解析法，可对未知配比的混合电弧等离子体的成分、温度甚至压力的空间分布作同时测定。

6.Here a series of lanthanide-galactitol complexes were prepared and characterized by Raman spectroscopy.The results show that the Raman spectra of the complexes have been changed substantially.

应用拉曼光谱研究了一系列稀土离子半乳糖醇络合物,结果表明,在形成络合物以后,拉曼光谱发生明显变化。

7.This paper gives a review on the advancement of this area, including sonoluminescence in cancer detection, as a new atomic emission spectroscopy in elements analysis and environmental monitoring.

本文论述了包括作者在内的研究者在该领域的研究进展，主要包括声致发光在癌症监测中的应用，作为一种型的原子发射光谱在元素分析中的应用以及推广于环境监测分析中的情况。