1) infra-red extinction spectrum
红外消光光谱
2) infrared extinction
红外消光
1.
The infrared extinction performance of carbon nanofibers used as smoke interference materials was studied within a smoke chamber.
利用烟幕箱测试分析了纳米碳纤维作为烟幕干扰材料的红外消光性能。
2.
Results show that infrared extinction ability of dispersed graphite is stronger when its granularity is smaller.
研究了微粉石墨红外消光性能及其在燃烧型抗红外烟幕中的应用。
3.
In this paper,started from increasing the floccule carbon production of pyrotechnic composition,the infrared extinction and physical performances of the floccule carbon pyrotechnic composition arestudied.
本文以提高絮碳烟火药剂絮碳的生成量为切入点，研究了絮碳烟火药剂的红外消光性能和相关物理性能。
3) 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
4) 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
5) 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
6) 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
补充资料：红外分光光度计
分子式：
CAS号：
性质： 红外光谱分析用的仪器，分为色散和傅里叶变换两种类型。前者包括黑体辐射的连续辐射红外光源，如能斯特灯(Nernst lamp)、硅碳棒或涂有稀土化合物的镍铬螺旋状灯丝等；单色器光栅；吸收池(盐类的单晶如NaCl、KBr、LiF、TlBr-TlI结晶为吸收池窗口)；检测器(热电偶、高莱池或电阻测辐射热计)和记录仪组成。分为单光束和双光束两种，多采用后者。配备计算机用于记录、分析、处理数据和结果，可进行快速定性、定量分析(后者参见傅里叶变换红外光谱仪)。
CAS号：
性质： 红外光谱分析用的仪器，分为色散和傅里叶变换两种类型。前者包括黑体辐射的连续辐射红外光源，如能斯特灯(Nernst lamp)、硅碳棒或涂有稀土化合物的镍铬螺旋状灯丝等；单色器光栅；吸收池(盐类的单晶如NaCl、KBr、LiF、TlBr-TlI结晶为吸收池窗口)；检测器(热电偶、高莱池或电阻测辐射热计)和记录仪组成。分为单光束和双光束两种，多采用后者。配备计算机用于记录、分析、处理数据和结果，可进行快速定性、定量分析(后者参见傅里叶变换红外光谱仪)。
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