1.
Qualitative Analysis of Dry-Fruit of Siraitia Grosvenorii by FT-IR and UV-Vis Spectrometry
傅里叶变换红外光谱法和紫外-可见谱线组法分析广西特产罗汉果
2.
The effect of the ratio of HPA, oxidant, aniline, the temperature of the reaction system on the conductivity, and solubility of the PANI was investigated, respectively.
采用红外、外可见光谱、射线粉末衍射等手段对产品进行了表征。
3.
visual-UV chromatogram analyzer
可见紫外色谱分析器
4.
vis-UV chromatogram analyzer
可见紫外光色谱分析仪
5.
visible and near-infrared response
可见和近红外光谱响应
6.
As the energy filters through the layers of the solar interior, it passes through the X-ray part of the spectrum, eventually becoming light.
由于能量经过太阳内部的层层过滤，便越过了x—射线光谱范围，最终形成(可见)光线。
7.
A device for converting electromagnetic radiation in the infra-red, visible and/or ultra-violet regions of the spectrum into an electric current.
一种把下述光谱范围内的电磁辐射转换成电流的装置: 红外线、可见光和/或紫外线。
8.
regions of the spectrum into an electric current
一种把下述光谱范围内的电磁辐射转换成电流的装置：红外线、可见光和／或紫外线。
9.
As demonstrated by theexperiment, absorbance spectrum with high S/ N ratio can be obtained in the entirevisible light region by using the improved light source in the measurement ofabsorbance.
实验证实用此光源易在整个可见光区得到高信噪比的吸收光谱曲线。
10.
One technology under consideration： hyperspectral satellites that take images in hundreds of different infrared and visible bands of light.
他们正在考虑的一项技术是超光谱卫星，它能用数百种不同的红外线和可见光波段拍摄图像。
11.
Figure 1.6 shows the relative response of the "average eye" to light of constant luminace projected at various wavelengths throughout the spectrum.
图1．6示出了“典型”人眼对整个光谱范围内功率恒定而波长不同的各种可见光的相对响应曲线。
12.
Investigation on Electro-Copolymerization of Aniline and Its Derivatives, and Characterization and Application for Copolymer
在线紫外—可见光谱研究苯胺及其衍生物的电化学共聚和共聚产物的表征及应用
13.
Measurement of the Spectra and Research of the Physicochemical Properties for Lycopene;
番茄红素的可见吸收光谱和荧光光谱研究
14.
What we call visible light is really a tiny portion of this whole range, or spectrum.
可见光是其中很窄的一部分，或称光谱。
15.
The part of the spectrum which is visible depends on the eyes of the observer.
谱中可见的部分取决于观察者的眼睛。
16.
The visible is the most well-defined spectral region.
可见光是含意最明确的光谱波段。
17.
Studies of The UV Vis Poly Functional Spectroelectrochemical Cell
紫外-可见多功能光谱电化学池的研制
18.
Single Channel UV-VIS Spectrum Detection System Design;
单通道紫外可见双光谱检测系统设计