1.
Photometric Standards for Absorbance are used to check the accuracy of spectrometer systems. The kits consis of a reference and low, medium and high absorbance solutions.
吸光光度计标准用于检查分光计系统的精确性。其配件包含一个参照标准和低、、吸光率的溶液。
2.
NOTE-Either absorbance or transmittance measurement may be used for preparing inocula.
注：制备接种体的吸光度和透光率。
3.
Research on Absorption Efficiency of Double Cladding Fiber Laser;
双包层光纤激光器中吸收效率的研究
4.
Determination of the water absorbility of silver halide photographic material
GB/T9860-1995银盐感光材料吸水率测定
5.
Determination of Holdup by Volumetric Photoelectric Absorption Index and Density.
用体积光电吸收指数和密度确定持率
6.
A conclusion is reached that the surface porous metal plate excels flat metal plate at equivalent absorptivity on the same condition.
分析得知：多孔板等效吸收率高于同等条件下光滑板的吸收率。
7.
Research on Absorptivity of Laser during Laser Heat Treatments;
激光热处理过程中材料的激光吸收率研究
8.
The Practical Research of Improve PCB Laser Absorptivity by Use Photo-Plasma
光致等离子体对提高PCB激光吸收效率的研究
9.
Electromagnetic radiation with frequencies in the ultraviolet and visible region can be absorbed by molecules.
分子能吸收频率在紫外和可见光区的电磁辐射。
10.
Study on the Determination of Coating Absorptivity by Using UV Spectrometer
应用紫外可见光谱仪测定涂层吸收率的研究
11.
A LAYERED STRUCTURE OF THIN FILMS FOR SELECTIVELY IMPROVED ABSORPTIVITY/EMISSIVITY OF THERMAL RADIATION
一种选择性增强光谱吸收比/发射率的薄膜结构
12.
High Power 657nm Laser Diodes with NonAbsorbing Windows
带非吸收窗口的大功率657nm半导体激光器
13.
The apparent quantum efficiency( AQY), photorespiratory rate( Pr) and carboxylation efficiency( CE) also were strongly affected by light quality.
不同光质对草莓叶片的表观量子效率、化效率及光呼吸速率影响较大。
14.
The quantitative analysis of the transmittance and the absorbance of edematous opaque corneas with varying degrees
不同程度水肿性混浊角膜透光率和吸光度的定量分析
15.
Modulation-Free Laser Frequency Locking by AOM Based on Molecular Absorption Line of CH_4
基于甲烷分子吸收线的声光偏频无调制激光频率锁定
16.
The adsorption effect of active carbon provided a high-concentration environment to increase the reaction rate.
活性炭的吸附作用为光催化反应提供高浓度环境，加速了反应速率。
17.
A 15-minute dose of red light can double the previous respiration rate of the plants.
照射15分钟红光可使植物原来的呼吸速率提高一倍。
18.
UV Optical Absorption Spectroscopy and Frequency Filtering for Flue Gas Measurements;
紫外吸收光谱和相关频率滤波技术测量燃烧污染气体