1) boundary layer suction(BLS) experiment
附面层抽吸试验
2) boundary layer suction
附面层抽吸
1.
The characteristic features of the concept are made clear through its comparison with the MIT boundary layer suction com- pressor.
结合附面层抽吸技术提出了低反动度、高负荷轴流压气机的概念。
2.
A numerical investigation about effects of boundary layer suction in low-speed compressor stator cascade with large turning angle was carried out.
本文采用数值方法研究了低速条件下附面层抽吸对大折转角矩形叶栅流场的影响。
3.
To provide a further prospective of the boundary layer separation of compressor rotor under high load and off-design working conditions,numerical method was used to study the effects of boundary layer suction of compressor rotor at different suction positions and suction flow rates on the aerodynamic performance of rotor.
针对压气机叶片在高负荷及非设计工况下经常出现的附面层分离状况,采用数值方法研究了叶片吸力面不同位置、不同吸气量时附面层抽吸对压气机转子气动性能的影响。
3) adsorption test
吸附试验
1.
In order to estimate the heavy metal retention capacity of clay, the adsorption test on three clay samples which respectively consist mainly of illinite, montmorillonite and kaolinite was carried out.
为评价粘性土的重金属容滞能力 ,对 3个分别主要由伊利石、蒙脱石和高岭土组成的粘土样进行了吸附试验。
2.
Liquid N_2 adsorption test was made on lime and cement modified expansi ve soils by automatic adsorption apparatus, and quantitative analysis was made o n micro pores of modified expansive soils through adsorption theory.
利用自动吸附仪对石灰、水泥改性膨胀土进行液氮吸附试验,并通过吸附理论对改性膨胀土内微观孔隙进行了定量研究。
3.
Many tests are hold including the static adsorption test, the dynamic adsorption test, the test of forming membran.
本文选取膨胀蛭石、沸石、高炉渣及石灰石四种填料,进行静态吸附试验、动态吸附试验、挂膜试验、影响因素试验及模拟人工湿地处理生活污水的试验。
4) wall suction
附面层吸附
1.
By means of it,we reduce the reaction of the rotor and suppress its separate flow and control the 3D separate flow in stator using wall suction.
为了设计高压比高负荷的轴流压气机,本文提出了一种低反动度的设计思想,旨在通过调整基元级反动度的大小控制动叶的附面层分离,在静叶中采取附面层吸附的方法控制三维分离流动。
5) phenol adsorption test
酚吸附试验
6) column adsorption experiment
柱吸附试验
补充资料：内吸试验
分子式：
CAS号：
性质：测定杀虫剂有无内吸作用的试验。将药剂施于植物的部分器官，经吸收传导后令昆虫取食未接触药剂部分。方法有种子处理、涂茎、根施等局部施药方法。
CAS号：
性质：测定杀虫剂有无内吸作用的试验。将药剂施于植物的部分器官，经吸收传导后令昆虫取食未接触药剂部分。方法有种子处理、涂茎、根施等局部施药方法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条