1.
This phenomenon may be explained qualitatively by means of free carrier absorption.
这一现象可定性地用自由载流子吸收来解释。
2.
Modulated free carrier absorption characterization of semiconductor wafers by frequency scans at different pump-to-probe separations
半导体特性的调制自由载流子吸收变距频率扫描方法研究
3.
Application of Novel Supported Nanometer TiO_2 for Determination of Heavy Metal by Flow Injection Preconcentration-Flame Atomic Absorption Spectrometry
新型负载纳米二氧化钛在流动注射预富集—火焰原子吸收法测定重金属中的应用
4.
Flame AAS Determination of Gold after Concentration and separation by Polyurethane Foam Loaded with Active Carbon
载炭泡塑分离富集－火焰原子吸收法测定金
5.
inspiratory port of circle absorption system
环流吸收系统的吸入口
6.
The velocity diffusion, current drive and wave absorption will result.
这可导致粒子的速度扩散、动电流及波的吸收。
7.
The reservoir fluid takes up intermediate molecular weight components from the injection gas.
油藏流体从注入气中吸收中等分子量组分。
8.
Determination of mercury in the hair by flow injection analysis of hydride generation AAS
流动注射氢化物发生原子吸收测定发中汞
9.
Determination of serum selenium by HGAAS (hydrogenation atomic absorption spectrometry) with flow injection
血清硒流动注射氢化物发生器-原子吸收测定法
10.
Determination of Trace Amounts of Copper by Flow Injection Vapor Generation AAS
流动注射蒸气发生原子吸收光谱测定痕量铜
11.
Application of Flow-injection Serial Dilution Method in AAS
流动注射梯度稀释法在原子吸收分析中的应用
12.
Geant4 Simulation of Neutron Beam Monitor in Gamma-Ray Total Absorption Facility
γ全吸收型探测装置中子束流监视器的Geant4模拟
13.
Determination on Trace Mercury in Cardiocrinum giganteum(Wall.) Makino by Flow Injection-Cold Atomic Absorption Spectrometry
流动注射-冷原子吸收法测定大百合中的痕量汞
14.
Factors on Absorption of Trees to Imidacloprid Liquid Formulation with Auto Flowing Trunk Injection
树干自流式注药法中影响药剂吸收因子研究
15.
AAS Determination of Nickel in Water Enriched by Activated Carbon Carried Dimethylglyoxime
活性炭负载丁二肟分离富集原子吸收法测定水中镍
16.
Determination of trace lead using flame atomic absorption spectrometry after adsorption and enrichment with glass fiber filter loaded with barium-strontium titanate
负载钛酸锶钡的玻璃纤维滤膜吸附富集-火焰原子吸收光谱法测定痕量铅
17.
expiratory port of circle absorption system
环流吸收系统的呼出口
18.
Fluoride ions can then attack underlying tissues and can be absorbed into the blood stream.
接着氟化物离子会侵袭皮下组织，并且会被吸收进血流。