1)  TDLAS
近红外可调谐二极管激光吸收光谱
1.
Combined TDLAS technology with multi-pass cell, a wavelength modulation spectroscopy is designed to observe CO2 in very low concentration.
根据近红外可调谐二极管激光吸收光谱(TDLAS)和波长调制光谱技术(WMS)的原理,设计了一套可调谐近红外二极管激光光谱仪,在实验室结合长程吸收池,对各种浓度的 CO2进行了测量。
2)  NIR
近红外
1.
Rapid Classification and Measurement of Coal Quality for Power Plant based on NIR Technology;
基于近红外光谱分析的电厂煤质分类快速检测方法
2.
Studies on NIR Analysis to Pigments in Fresh Tobacco Leaves;
鲜烟叶中质体色素的近红外分析研究
3.
Influence of LPLS Algorithm Parameters on NIR Veracity;
局部偏最小二乘回归建模参数对近红外检测结果的影响研究
3)  near infrared
近红外
1.
Measurement of soybean fatty acid content by near infrared spectroscopy;
基于近红外分析技术检测大豆脂肪酸含量的研究
2.
Determinating contents of moisture protein and rude fat in soybean meal by near infrared technology;
应用近红外技术测定黄豆粕中水分、蛋白质和粗脂肪
3.
Determination of cefalexin in capsules using near infrared diffuse reflectance spectrophotometry;
近红外漫反射光谱法测定头孢氨苄胶囊的含量
4)  NIRS
近红外
1.
Near Infrared Spectrometry (NIRS) Method for the Determination of Borneol in Sustained-Release Drugs;
近红外光谱法测定缓释制剂中冰片释放量
2.
Determination of Chemical Components of Handed Tobacco Leaves by NIRS;
近红外检测把烟叶片化学成分技术研究
3.
Study on Analysis of Fatty Acid in Single Rapeseed by Near Infrared Refl- ectance Spectroscopy (NIRS) and Reversed Phase Chromatography (RPC);
近红外光谱和纸层析法分析单粒油菜籽脂肪酸的研究
5)  anti-near-infrared
防近红外
1.
A category of disperse dye which has the most outstanding ability in anti-near-infrared camouflage was discussed.
通过对涤棉面料染色用染料的筛选研究,发现了防近红外伪装性能最好的分散染料;经过各项性能指标测试,本研究满足通过染色实现防近红外伪装性能的要求。
6)  near-infrared
近红外线
1.
Objective: In order to investigate whether near-infrared fluorescence (NIRF) labeled annexin V could also demonstrate apoptotic cells in small animal model.
目的:研究近红外线荧光(NIRF)标记的annexin V是否能显示小鼠体内细胞凋亡的情况。
参考词条
补充资料:红外反射-吸收光谱
分子式:
CAS号:

性质:一种利用红外反射光研究吸附薄层的光谱分析技术,它与吸附薄层和金属载体的光学常数、入射角及入射光的极化性质有关。入射光中与表面垂直的组分经反射后,在表面形成的电场矢量之和接近于零,只有与表面平行的组分经反射后才能够被吸附层大量吸收,且以掠射角入射时才会有最大吸收,其吸收在10nm厚度范围内与厚度呈线性相关,最大峰的频率在反射后不会变化。该技术克服了电子光谱的真空条件,可以用于研究各种表面和界面体系,并能推测吸附分子的结构、吸附类型,已成为表面研究的例行方法。目前以色散型和傅里叶变换型红外仪应用较为广泛。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。