1.
Influence of Boundary Layers Bleed Sew to Start
附面层吸除对二元混压式进气道起动影响分析
2.
EFFECTS OF THE SURFACE PROPERTIES OF ADSORBENTS ON THE REMOVAL OF BASIC NITROGEN COMPOUNDS FROM DIESEL FUEL
吸附剂表面性质对柴油碱性氮化物吸附脱除的影响
3.
Experimental Investigations on Boundary Layers on Suction Surface of Airfoils under Steady Condition;
均匀来流下叶片吸力面附面层特性的实验研究
4.
Study on the Baker's Yeast and Its Immobilization on Adsorbing and Removing Chromium Ion
面包酵母及其固定化吸附去除铬离子的研究
5.
Suck Surface Slotted and Blowing-sucking Boundary Layer to Enhance Stator Load was Investigated by the Means of Numerical Simulation;
吸力面开缝吹吸附面层增大静子气动负荷的数值模拟研究
6.
The Aerodynamic/Structure Design of Subsonic Aspirated Compressor Cascade;
亚声速附面层抽吸式扩压叶栅气动/结构设计
7.
The Study of Blade Design of Aspirated Transonic Compressor;
跨声速附面层吸气式压气机叶型设计研究
8.
Effect of Boundary Layer Suction on the Performance in a Highly-Loaded Compressor Cascade
高负荷压气机叶栅采用附面层抽吸的实验研究
9.
Investigation of Active Flow Control in a Boundary Layer Ingesting Offset Inlet
附面层吸入式进气道主动流动控制研究
10.
Effects of boundary layer suction on the flow fields of highly-loaded compressor cascades
附面层抽吸对高负荷压气机叶栅流场的影响
11.
Reaction of Tetrabutyl Titanate in the Adsorption Layer on SiO_2 Surface
SiO_2表面吸附层中钛酸丁酯的反应过程(英文)
12.
Numerical investigation on application of boundary layer suction to control the flow separations
采用附面层抽吸(BLS)控制流动分离的数值模拟
13.
EFFECTS OF BOUNDARY LAYER SUCTION ON THE LOSS OF HIGHLY-LOADED COMPRESSOR CASCADE
附面层抽吸对高负荷扩压叶栅损失的影响
14.
Now drink water defluoridation have some means, such as coagulant and sedimentation、 filter layer adsorption process.
目前饮用水除氟的方法有很多,如混凝沉淀法、滤层吸附法等。
15.
ADSORPTIVE REMOVAL OF NO_2~- FROM AQUEOUS SOLUTION BY CALCINED Mg-Al LAYERED DOUBLE HYDROXIDES
焙烧层状氢氧化镁铝对水溶液中亚硝酸盐的吸附脱除
16.
Experimental investigation for suppression boundary layer separation on cascade surface by BLS
附面层抽吸对叶栅表面分离流动控制的实验研究
17.
Adsorption of Bensulfuron-methyl on Several Clay Minerals, Oxides and Soils in Middle-south Area of China;
除草剂苄嘧磺隆在几种粘粒矿物与地带性土壤表面的吸附研究
18.
Preparation of Zn/Al Hydrotalcite-like Compound and the Research on Capability of Adsorption Reoval of Anionic Surfactants from Aqueous Solution;
Zn/Al类水滑石制备及其吸附去除水中阴离子表面活性剂性能研究