1.
The Physiological Mechanism of Silicon Efficient Uptake on Rice Root;
水稻根系高效吸收硅素的生理机制研究
2.
DECREASE LOW TEMPERATURE ADJUSTING WATER AND INCREASE LOW PRESSURE ABSORPTION EFFICIENCY
降低低调水温度 提高低压吸收效率
3.
Method for Heightening Desulphidaton Efficiency with Ca-Based Absorbent
提高基于钙基吸收剂脱硫效率的方法
4.
pump suction head
泵吸收压头, 泵吸收高度
5.
The present system with two evaporators and two absorbers may improve the efficiency of the absorption cycle.
结果表明改进系统可以有效提高吸收循环效率。
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.
The first step in designing an absorber is to select the absorbent. If well chosen, an absorbent can make the process highly efficient.
吸收器设计的首要步骤是吸收剂的选择。吸收剂选择得好可以使生产的效率很高。
8.
Determination of UV Absorbers in Cosmetic by HPLC
高效液相色谱测定化妆品中的紫外线吸收剂
9.
Computer Optimization of High-efficient, Thin-layered Radar Absorbing Coatings;
高效薄层微波吸收涂层材料的计算机优化设计
10.
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
11.
ANALYSIS OF EFFICIENT OPERATION OF LIMESTONE-GYPSUM DESULFURATION SYSTEM
石灰石-石膏湿法吸收系统高效运行的分析
12.
Technological measures for increasing the absorption efficiency of fluoride concentration in 200kt/a WPA plant
200kt/a磷酸装置提高浓缩氟吸收效率的技改措施
13.
Experimental Study on the Simultaneous Removal of SO_2 and NO by High Efficiency Liquid Absorbent
高效液相吸收剂同时脱硫脱硝的实验研究
14.
Application of High Efficiency Technology on LiBr Absorption Chiller
高效化技术在溴化锂吸收式制冷机中的应用
15.
Influence of different structure scrubber on CO_2 absorption capacity
吸收剂罐结构对CO_2吸收剂吸收效率的影响
16.
The absorber is used in ammonia plants and manifests its higher absorption efficiency, yielding better economic benefit.
该吸收装置在合成氨厂使用中显示出了较高的吸收效率，取得了较好的经济效益。
17.
Results Drug delivery through nasal cavity has the benefits of fast absorption, high bioavailability and convenient administration.
结果鼻腔用药具有吸收起效快、物利用度高、用方便等优点。
18.
Study on the Effect of Plant Density on the Growth and Development, Nitrogen Phosphorus Kalium Absorption and Distribution of High-yield Spring Soybean;
种植密度对高产春大豆生长发育及氮磷钾吸收分配的效应研究