1) boundary layer ingestion
附面层吸入
1.
It is a kind of boundary layer ingestion inlet.
本文对传统的S弯进气道设计方法进行了改进,以符合进气道安装在翼身融合飞机尾部的气动布局,通过选择缓急相当的中心线分布规律和先缓后急再缓的面积分布规律,以超椭圆方程曲线为轮廓,使用NACA1系列翼型的唇口形式,设计了一种附面层吸入式进气道。
2) 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。
3) adsorbed layer
表面吸附层
1.
Values of the molecular interaction parameters of the two surfactant molecules,β s at the adsorbed layer,β m in the mixed micelle,and consistence of the adsorbed layer and the micelle,were obtained.
用二元表面活性剂溶液的热力学，研究了ＲＨＥＰ－ＨＴＭＡＢ、ＲＨＥＰ－ＳＤＳ、ＲＨＥＰ－ＡＥＯｎ３种水溶液的混合体系中表面吸附层及胶束中表面活性剂分子间相互作用参数βｍ、βｓ及吸附层和胶束的组成。
4) 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。
5) boundary layer blow-suck
附面层吹吸
6) boundary layer suction
附面层吸除
1.
An numerical investigation into the effects of boundary layer suction on the off-design performance of a compressor cascade with large camber angles is carried out.
8189)叶栅采用附面层吸除技术后的性能变化。
2.
The numerical simulation of the effects of different suction slot geometries on the performance of compressor cascade when boundary layer suction is applied shows that boundary layer suction reduces the cascade losses significantly, improves the flow conditions and enhances the diffusion.
数值模拟了低速条件下吸气槽道宽度、角度变化对采用附面层吸除技术的大转角扩压叶栅气动性能影响。
3.
The result showed that boundary layer suction (BLS) alleviates the accumulation of low energy fluid at suction surface corners and enhances the ability of flow turning.
结果表明,附面层吸除(BLS)使得吸力面角区低能流体积聚减弱,气流折转能力加强;随稠度增加,叶栅总压损失最高降低分别为32。
补充资料：特性吸附与半胶束吸附
特性吸附与半胶束吸附
specifical adsorption and hemi-micelle adsorption
texing xifu yu banJ旧oshu xifu特性吸附与半胶束吸附(speeifieal adsorp-tion and hemi一mieelle adsorption)矿物一水界面的吸附的两种形式。特性吸附是因矿物表面与溶液中某种组分(离子或分子)有特殊的亲和力而产生的吸附，也称特殊吸附。特性吸附不仅可以改变电位的数量而且还可以改变电位的符号。例如，刚玉(A12O3)在NaZSO‘或RSO;Na(烷基硫酸钠)溶液中，电动电位随溶液浓度的增大由正值逐渐减小，直至变为负值，说明刚玉对50矛一或RSO不离子有特殊的吸引力。半胶束吸附是水溶液中的表面活性剂在矿物表面产生的吸附，当吸附量达到一定值以后，由于烃基的缔合作用，表面活性剂的离子或分子在矿物表面上形成紧密的吸附层，这类似于溶液中形成的胶束结构，但所形成的“胶束”与溶液中形成的胶束不同，只有二维空间，故称这类吸附为半胶束吸附。矿物表面对胺类捕收剂的吸附，当胺的浓度较大时，常可以产生半胶束吸附。 (龚焕高)
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