1.
In the solar and near infrared region it is more usual to speak of absorptivity than emissivity.
在日射和近红外区段内，讨论吸收率比讨论发射率更为普遍。
2.
Classification of ADS40 NIR Remote Sensing Images
ADS40近红外波段遥感影像分类方法
3.
The range of the spectrum in which heat is radiated mostly lies within the infrared portion.
辐射热的光谱段大部分落在红外区。
4.
Relation between Near-infrared Luminosity and Wide Line Area Luminosity;
浅析近红外光度与宽线区光度的关系
5.
ABSOLUTE CALIBRATION OF VISIBLE AND NEAR-INFRARED SENSORS ON SATELLITES
星载遥感器的可见和近红外波段的绝对定标
6.
Analysis on Scattering Characteristics of Atmospheric Particles Basing on Near-Infrared Band;
基于近红外波段的大气粒子散射特性研究
7.
The Numerical Calculation and Experimental Research about Photonic Crystal in Near-Infrared Wavelength Domain;
光子晶体的数值计算与近红外波段实验研究
8.
Selection of NIR Characteristic Wavelength Bands for Soluble Solids Content in Nanfeng Mandarin Fruit
南丰蜜桔可溶性固形物近红外特征波段选择
9.
Region Optimization of SSC Model for Pyrus Pyrifolia by Genetic Algorithm
砂梨糖度近红外光谱波段遗传算法优化
10.
Optimum Wave Band Selection in Near Infrared Spectroscopy Analysis for Brix in Sugarcane Initial-Pressed Juice
甘蔗初压汁锤度近红外光谱分析的波段优选
11.
Highly damage resistant,broadband,hard anatireflection coating for high power lasers in the ultraviolet to near-infrared wavelength regions
紫外到近红外波段大功率激光器用硬质高抗损伤宽带增透膜
12.
Single-Walled Carbon Nanotubes Enhance Near-Infrared Region Photothermal Therapy
单壁碳纳米管增强近红外区激光热疗效果
13.
Design and Implementation of the Communication System of Visible-Infrared Wide Spectrum Fiber Spectral Instrument
可见—近红外宽谱段光纤光谱仪通讯系统的设计与实现
14.
Study of near infrared spectral preprocessing and wavelength selection methods for endometrial cancer tissue
子宫内膜癌组织近红外光谱预处理与波段选择研究
15.
Near Infrared Correlation Coefficient Method with Characteristic Spectral Band for the Determination of Illegal Addition of Sildenafil Citrate in Capsules of Chinese Traditional Medicine
近红外特征谱段相关系数法测定中药胶囊中添加枸橼酸西地那非
16.
Study of Soy Protein by Mid-Infrared Spectroscopy and Near-Infrared Spectroscopy
大豆蛋白的中红外和近红外光谱研究
17.
visible and near-infrared response
可见和近红外光谱响应
18.
Two fluorescent compounds, shown absorptions in near ultraviolet region, can emit red and blue fluorescence respectively with high fluorescent quantum yields.
两种隐色化合物在近紫外光区有吸收并分别发射红色和蓝色荧光。