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1)  Resonance Raman spectra
振动Raman光谱
2)  Infrared Raman vibration spectra
红外Raman振动光谱
3)  Raman spectra
Raman光谱
1.
Raman spectra investigation of Nd-doped zircon-type laser crystal;
掺Nd锆石类激光晶体的Raman光谱研究
2.
Raman spectra and quantum size effects of CdS clusters in zeolite matrix;
沸石基质中CdS团簇的Raman光谱及量子尺寸效应
3.
Raman spectra of ionic structure for acidic NaF-AlF_3 melts;
酸性NaF-AlF_3熔盐离子结构的Raman光谱
4)  Raman [英]['rɑ:mən]  [美]['rɑmən]
Raman光谱
1.
Raman spectra study on graphite treated by hydrogen and high pressure and its si gnificance in the synthesis of diamond under high temperature-high pressure;
氢预处理与高压影响下石墨的Raman光谱研究及在金刚石高温高压合成中的意义
2.
CuO species and thermal solid-solid interaction in CuO/La_2O_3-Al_2O_3 were investigated by XRD,Raman spectroscopy and H_2-TPR technique.
采用XRD、激光Raman光谱和TPR技术研究了CuO/La2O3-Al2O3催化剂中CuO高温迁移及固相反应。
3.
Investigations of crystal habit,quality and defects analysis of natural diamond and HPHT synthetic diamonds from Fe-C(H)and Ni-C system by Raman and PL spectra indicate that most of the diamonds from Fe-C(H)system have an octahedral habit which is the main habit in natural diamond,while most of the diamonds from Ni-C system have a hexakisoctahedral habit.
天然、Fe-C(H)系及Ni-C系高温高压合成金刚石的晶体形态、Raman光谱及PL谱研究结果表明:Fe-C(H)系高温高压合成金刚石多为类似于天然金刚石的八面体形态,Ni-C系高温高压合成金刚石的晶体形态多为六八面体;天然金刚石的品级最佳、所含缺陷最少,Fe-C(H)系高温高压合成金刚石次之,Ni-C系高温高压合成金刚石品级最差、所含缺陷最多;金刚石在形成过程中,除结晶生长过程外,还应该存在"排杂"过程;人们在分析天然与HPHT合成金刚石形成过程之间的关联时,除要考虑两者形成的物质体系差异外,还应该充分关注时间、空间因素在金刚石形成过程中的意义。
5)  raman spectroscopy
Raman光谱
1.
Study on crystallization of silane grafted LLDPE by Raman spectroscopy;
采用Raman光谱研究硅烷接枝LLDPE的结晶结构
2.
The Study of Biomolecules Contained Carboxyl by FT-Raman Spectroscopy and Surface Enhanced Raman Scattering(SERS);
几种羧基生物分子的Raman光谱及其表面增强拉曼散射(SERS)研究
3.
Raman spectroscopy study of materials using diamond anvil cell technology under high-temperature and high-pressure
高温高压下利用金刚石压腔实验技术对材料Raman光谱的研究
6)  FT-Raman spectra
FT-Raman光谱
1.
The FT-Raman spectra of 3-phenyl-2-(4'-selenomorpholinyl)-5-phenylvinyl-4H-imidazoline-4-one derivates were recorded and their ground-state geometries,electronic structures and vibrational spectra were studied by DFT-B3LYP and ab initio RHF method with 6-31G(d) basis sets.
本文测得了四种新型杀菌剂3-苯基-2-(4-硒基吗啉基)-5-苯基乙烯基-4H-咪唑啉-4-酮及其衍生物的FT-Raman光谱,并用密度泛函(DFT-B3LYP)和从头算(ab initio RHF)理论在6-31G(d)的水平上研究了化合物基态的构型,电子结构,并计算了它们的振动光谱。
补充资料:电子振动光谱
分子式:
CAS号:

性质:即电子光谱的振动结构,是电子能级跃迁时伴随的振动能级的跃迁产生的,所以光谱上的一条线被一个复杂的跃迁带所代替。谱带的强度由弗兰克-康登原理决定。对于双原子分子而言,其振动结构称为进行带系。其中某些带系的谱带距离随波长增大而缓慢减小,另一些带系的谱带距离则随波长的增大而增大,对这些带系的分析可以确定振动频率和非谐系数甚至计算分子的离解能等。由于多原子分子包含很多振动方式,所以其电子振动光谱要复杂很多。

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