选择性吸收

从富含CO2的混合气中选择性吸收H2S

Selective Absorption of H_2S from a Gas Stream Containing Rich CO_2

N-甲基二乙醇胺选择性吸收H2S过程的模拟分析

Operation Optimization and Computer Simulation for MDEA Selective Absorption H_2S

N-甲基二乙醇胺水溶液选择性吸收H2S和CO2&数学模拟与分析

Simultaneous Absorption of H_2S and CO_2 in an Aqueous Solutions of N-Methyldiethanolamine & Mathematical Simulation and Analysis

对含CO2的混合气中选择性吸收H2S的机理进行了研究，得出了化学吸收剂的选择原则。

The selective absorption of H_2S into reacting solution in the presence of CO_2 has been investigated .

对照水稻根部对土壤中各稀土元素的吸收积累能力大致相同，仅对Tb有更强的选择性吸收。

The roots took up different REEs almost with equivalent abilities , with the exception for selective accumulation of Tb .

分析各膜层的厚度及中间层中Fe的含量对选择性吸收薄膜反射率的影响。

The effect of the thickness of each layer and Fe volume fraction in the interlayer on the reflectivity of selective absorption film had been analyzed .

叙述真空管集热器用的太阳能高温选择性吸收膜氮氧化铝（AlNxOy）的制备及性能。

This paper describes the preparation and properties of AIN_xO_y solar energy selectively absorbing films for vacuum collecting tubes .

经处理后，可望作为合成Si3N4，SiC的原料或制备光选择性吸收涂层。

It is hopeful for silicon powder to be used to synthesize Si 3N 4 , SiC or to prepare optical selective absorbed film .

通过Hg在整株水稻各部位的分布研究，揭示了植物对环境中有害重金属选择性吸收和部位富集的基本规律。

The study of mercury distribution in different parts of rice showes the principle that plant absorbs harmful heavy metals selectively from the environment and concentrates it in different parts .

NaCl胁迫45天后，Na+在榉树的根、茎中累积，影响了茎选择性吸收K+、Ca2+、Mg2+的能力。

After duration of 45 days of NaCl stress , the Na + accumulated in the root and stem of Z.schneideriana which affected selective absorption to K + , Ca2 + and Mg2 + of the stem .

以朗伯（Lambert）定律为基础，利用红外线的热效应和水分对红外线的选择性吸收作用，研究了平纹织物含水量对红外线透射性能的影响。

Based on Lambert Law , the regulation on infrared transmission properties of plain cloth and its moisture content is studied by using infrared heat effect and selective absorption function of moisture to infrared ray .

干涉型Al-N-O选择性吸收表面的研究

Study Interference Effect Al-N-O Solar Selective Surface

在工业应用领域，IVB族过渡金属氮化物多作为切割材料、超耐磨材料、太阳能选择性吸收材料、热障涂层等，并在基础研究和技术研究中占有重要的地位。

These compounds have attracted considerable attention among researchers . In the field of industrial application , IVB transition metal nitrides mostly serve as cutting materials , ultra-wear-resistant materials , solar absorbing selectively absorbing layer and thermal barrier coating .

真空镀膜工艺对选择性吸收膜性能的影响

Influence of vacuum coating technology on performance of selective absorbing films

太阳选择性吸收薄膜中干涉条件的近似计算

Approximate calculation of destructive interference condition in solar selective absorbing films

碳化钛&铝基体选择性吸收膜的研究

Study on the selectively absorbing film of tic_x on Al substrate

一种新型光谱选择性吸收涂层&真空蒸镀黑铝涂层

A New Kind of Spectral Absorbing Coating & Vacuum Evaporated Black Aluminium

太阳能选择性吸收涂层的现状及发展

Current status and future development of the solar energy selective absorbing coating

选择性吸收黑色镍-锡合金镀层的研究

Study on Black Ni-Sn Alloy Coating of Solar Selective Absorptance

太阳光谱选择性吸收表面光学性能计算

Optical property calculations of multilayer stack models for solar selective absorbing surfaces

新型太阳光谱选择性吸收涂层的热稳定性

Study on thermal stability of solar selective absorbing surfaces with new material

干涉型太阳选择性吸收涂层的光学性能设计

The design on solar selective absorbing surface with interference effect

多级离子注入法制备太阳选择性吸收膜

Solar selective absorbing coating prepared by multi-grade nitrogen ions implantation

Al-C-F/渐变SS-C/Al选择性吸收表面

Ai-c-f / graded ss-c / ai selective absorbing surfaces

温室大棚作物生长发育对光色选择性吸收的研究进展

Study Advances on Selective Absorption to Light Wavelengths in the Development of Plants

选择性吸收表面的性能分析

Analysis on the Performance of the Selective Absorbing Surface Prepared on Mild Steel

铝-氮化铝/铝太阳选择性吸收膜的计算机优化设计

The combination and optimization design of Al-AlN / Al solar selective Absorbing films

太阳能选择性吸收涂层是太阳能光热转换利用中极为重要的关键材料。

Solar selective absorbing coating is a key material in solar thermal conversion .

新型太阳能选择性吸收膜的性能研究

Studies on Solar Selective Coating on the Aluminium Surface

八十年代我国的选择性吸收表面与真空管太阳集热器

1980 's developments in selective absorbing surfaces and evacuated tubular collectors in China