1.
Research on Polluted Gas Detection Based on Cavity Enhanced Absorption Spectroscopy;
基于腔增强吸收光谱的污染气体检测研究
2.
The study of gas detection based on the cavity enhanced absorption spectroscopy technology
基于腔增强吸收光谱技术的气体探测研究
3.
Cavity-Enhanced Absorption Spectroscopy Based on Diode Laser
基于半导体激光的腔增强吸收光谱技术研究
4.
Research and Application on Photoacoustic Spectroscopy and Cavity Enhanced Absorption Spectroscopy Techniques;
光声光谱和腔内增强吸收光谱技术的研究与应用
5.
absorption strength
吸收强度, 吸收力
6.
Experimental Study and Correction of the Absorption and Enhancement Effect between Ti,V and Fe
钛钒铁间吸收增强效应研究及其校正
7.
Study on the Enhancement Mechanism of the Gas Absorption Process by the Adsorptive Particles;
吸附剂颗粒增强气体吸收过程的机理研究
8.
Additional absorption increased with irradiation dose increasing.
随着辐照剂量的增加,色心附加吸收峰增强。
9.
Molecular Mechanisms of Enhancement of Iron and Zinc Uptake and Utilization Through Repression of Fe Uptake Strategy Ⅱ in Rice;
水稻中铁吸收系统Ⅱ的抑制调控铁、锌吸收增强的分子机理研究
10.
Effect: Used together with catgut, promote absorption effect.
功效：与中药羊肠线配伍，促进吸收增强疗效。
11.
Prediction of chemical enhancement factor of complex solutions in membrane gas absorption process
膜气体吸收过程中复合溶液化学增强因子预测
12.
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
13.
Moreover, at higher latitudes, as over the Davis Station, the auroral absorption increases and strengthens in winter.
另外,在较高磁纬地区的戴维斯站,冬季时极光吸收增多增强.
14.
With the increasing deposition amount of Cu, the absorption band-edge red-shifts.
根据雷利散射引起的消光增强解释了组装体吸收带边红移的原因.
15.
The intensity of a ray of monochromatic light decreases exponentially as the concentration of the absorbing medium increases.
一束单色光的强度随着吸收介质的浓度增加而呈指数下降。
16.
Research on Two-Photon Absorption Enhancement of CdS in One-Dimensional Photonic Band Gap Structures
用一维光子带隙结构增强硫化镉双光子吸收研究
17.
The Enhance of the Sensitivity of Conventional Flame Atomic-Absorption Spectrometry by Slotted Stainless Steel--Determination of Copper and Zinc in Serum
缝管法增强火焰原子吸收分析灵敏度的研究——测定血清中铜和锌
18.
A Study on the Energy Absorption Characteristics of MWK Reinforced Structure Due to Low Velocity Impact;
多轴向经编针织结构增强材料低速冲击能量吸收特性研究