利用目标的红外光谱特性进行目标探测和识别是一种有效的方法。
The detecting and identifying the space target using infrared spectrum of space target is very effective method.
探讨了过碳酸钠的合成工艺和其红外光谱特性与活性氧含量的相关性。
Studies were performed on the process parameters for sodium percarbonate synthesis and the correlation(between) characteristic IR Spectra and the active oxygen content.
通过多种检测手段，如：扫描电镜（SEM）、红外光谱（IR）、示差热分析（DTA）等对制备样本的理化特性进行检测。
Then we detected the physiochemical characteristics of the MS sample through scanning electron microscopy ( SEM ) , infrared spectrum ( IR )and differential thermal analysis ( DTA ) .
基于甲烷气体的红外光谱吸收特性，研究了长光程差分吸收式甲烷气体检测的方法。
Based on the infrared spectrum absorption characterization of methane gas, the long optical distance differential absorption method for methane detection is studied.
采用热失重分析、白度测定、特性粘度、红外光谱（IR）等方法对尼龙12的热氧稳定性进行了研究。
The thermo-oxidative stability of nylon 12 is investigated by infrared spectrum(IR), and by measuring whiteness and inherent viscosity of oxidized nylon 12.
结合俄歇电子能谱和红外光谱分析膜的微观结构，对薄膜的电子注入特性进行了理论分析与讨论。
The characteristics of the electron_injected film were analyzed and discussed, in terms of the microstructure analyses in the film with the Auger electron spectroscopy and the infrared spectrum.
研究了热作用对心肌组织在可见及近红外光谱范围内的光学特性改变。
The effects of optical properties of myocardium tissue due to heating in the visible and near-infrared spectral range were investigated.
研究了鹿茸的傅里叶变换红外光谱(FTIR)特性与传统质量的关系。发现鹿茸质量等级的内在数字化“Z”值规律性。
The relationship between FTIR characteristics of Pilose Antler and its traditional quality grade was studied and a rule governing its quality value "Z" was found.
由于在近红外光谱区生物组织具有强散射特性，因此近红外光能够达到组织内部一定深度，使漫反射光子能够携带了生物组织的重要信息。
The near-infrared photons can reach a certain depth in the tissue because of their strong scattering characteristic, so the photons of diffuse reflectance take the information on biological tissues.
采用红外光谱对所得聚合物进行表征同时根据GB12005.1-89所讲的方法测定聚合物的特性粘数。
We will characterize gained polymer by infrared spectrum, determine the inherent viscosity by GB12005.1-89.
采用红外光谱对所得聚合物进行表征同时根据GB12005.1-89所讲的方法测定聚合物的特性粘数。
We will characterize gained polymer by infrared spectrum, determine the inherent viscosity by GB12005.1-89.
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