1) zircon infrared absorption spectrometry
锆石红外光谱
1.
In the zircon infrared absorption spectrometry, we can find that the peak profiles of three zircon samples including HYS-1,XTS-2,HSS-7 are similar to that of standard crystalloid zircon.
根据615cm-1吸收峰的H/M值可将所研究样品分为晶质锆石、半变生锆石和变生锆石三类,并利用锆石红外光谱特征估测了铀钍含量和地质年龄。
2) Infrared Spectrum
红外光谱
1.
A DFT study on structures and infrared spectrum of B_nC_mN_(3-n-m) mircoclusters;
B_nC_mN_(3-n-m)微团簇结构和红外光谱的DFT研究
2.
Study on Denoising in Pretreatment of Infrared Spectrum;
红外光谱预处理中去噪的研究
3.
The comparison of infrared spectrum of quartz about different type of quartz vein AuAg deposits;
不同石英脉型金银矿床中含矿石英脉的红外光谱对比
3) IR
红外光谱
1.
Study on IR for Characterization of Crosslinkage of Poly (Methacrylate-Divinylbenzene);
聚丙烯酸甲酯二乙烯苯交联度的红外光谱研究
2.
Solvent residue in propolis-ethylcellulose microsphere analyzed by IR Spectroscopy;
红外光谱分析蜂胶乙基纤维素微球中的溶剂残留
3.
Study on IR of Nd and Sb Doped SnO_2 Conductive Powder;
Nd和Sb掺杂SnO_2导电粉体的红外光谱研究
4) Infrared spectroscopy
红外光谱
1.
Interaction of entrainer and solute in supercritical CO_2 by using infrared spectroscopy;
红外光谱测量法研究超临界CO_2中夹带剂与溶质的相互作用
2.
Simulation of Infrared Spectroscopy for Mannich Bases by Atomic Electronegativity Interaction Vector;
原子电性作用矢量用于Mannich碱红外光谱模拟
3.
Study on the practical characterization of the microstructure of polyethylene by infrared spectroscopy;
PE微观结构的红外光谱实用表征
5) FTIR
红外光谱
1.
Analysis of Hydrogen Bondings in Polyurethane Urea Cured in Graded Temperature Field by FTIR;
梯度固化聚氨酯脲中氢键的红外光谱分析
2.
FTIR Study on the Hydrocarbon-Generation Mode of Jurassic Coals from Turpan-Hami Basin, Xinjiang;
新疆吐哈盆地侏罗纪煤生烃模式的红外光谱分析
3.
Characteristics of adsorption of NO gas on coal char and FTIR analysis;
煤焦吸附NO特性与红外光谱分析
6) infrared spectra
红外光谱
1.
The effects of lattice types and crystallite sizes of nanoalumina on infrared spectra;
纳米氧化铝的晶型及粒度对其红外光谱的影响
2.
Infrared spectra of the composition of a polishing Wax for cars;
红外光谱法分析汽车上光蜡组成分
3.
Error-estimation based wavelength selection method for non-linear infrared spectra;
基于误差估计的非线性红外光谱波长选择法
补充资料：电化学调制红外光谱
分子式：
CAS号：
性质：该法使用色散型光谱仪，信号检测系统采用锁定技术。实验时随着红外波长非常慢的变化，电极在两个选定的电位下以低频(如约10Hz)的方波(或正弦波)调制。电极响应信号包括反射率直流分量R和由电位调制引起的小交流分量ΔR，以及整个频率区的噪声，通过锁定放大器得到与调制电位同频率的信号ΔR。把几次扫描的光谱平均，得到以ΔR/R对波长或波数的红外光谱。
CAS号：
性质：该法使用色散型光谱仪，信号检测系统采用锁定技术。实验时随着红外波长非常慢的变化，电极在两个选定的电位下以低频(如约10Hz)的方波(或正弦波)调制。电极响应信号包括反射率直流分量R和由电位调制引起的小交流分量ΔR，以及整个频率区的噪声，通过锁定放大器得到与调制电位同频率的信号ΔR。把几次扫描的光谱平均，得到以ΔR/R对波长或波数的红外光谱。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条