1) infrared spectral radiation properties
红外光谱辐射特性
2) IR radiation spectrum
红外辐射光谱
1.
Study of IR radiation spectrum of the silicate glass and its melt structure;
硅酸盐玻璃及其熔体结构的红外辐射光谱研究
2.
The principles and measuring methods of FT IR radiation spectrum are presented.
讨论了样品的自吸收效应 ,加热温度、选择性反射带和粒度以及衬底等物理条件对红外辐射光谱的影响。
3) Infrared radiation spectrum
红外辐射光谱
1.
By analyzing and comparing the infrared radiation spectrums of the traditional moxibustion, the substitute moxibustion and acupoints, it was found that there was a surprising consistency in the spectrums of three types of indirect moxibustion, namely separated with prepared daughter root of common monkshood, ginger and garlic, and the unified spectrum of acupoints of human body.
对传统艾灸、替代物灸和人体穴位红外辐射光谱的分析比较发现 ,隔附子饼灸、隔姜灸和隔蒜灸三种传统间接灸与人体穴位归一化红外辐射光谱有惊人的一致性 ,其辐射峰均在 7。
5) IR spectroradiometer
红外光谱辐射计
1.
The optical structures and main performances of several typical IR spectroradiometers and a self designed portable IR spectroraniometer are introduced in this paper.
介绍几种国外典型的红外光谱辐射计和自行研制的便携式红外光谱辐射计的光学结构及主要性能,并提出红外光谱辐射计中的一些应重点解决的技术问题。
6) infrared radiation characteristic
红外辐射特性
1.
On the application basis of infrared detection of the rocket engine exhaust plume, the infrared radiation characteristics of exhaust plume are calculated by backward Monte Carlo method (BMC) and finite volume method (FVM) in the paper.
以固体火箭发动机尾喷焰的红外探测为主要应用背景,利用反向蒙特卡罗法和有限体积法计算了火箭尾喷焰红外辐射特性,获得了尾喷焰在探测波长为2。
2.
The research on the infrared radiation characteristics of the ship is important for the ship camouflage.
舰船的红外辐射特性研究对舰船的伪装有重要的意义。
3.
Based on the analysis of the infrared radiation characteristics of different objects,the paper proposes the detection algorithm of nighttime fog on MODIS data,and the algorithm has been tested and analyzed.
在分析雾、云、地表、水体等目标物红外辐射特性的基础上,针对MODIS数据提出了夜间雾监测算法。
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