1) gravity falling back
重力回复
2) repeated backcross
重复回交
3) Gravity backwater
重力回水
1.
Gravity backwater and residual pressure backwater is the most commonly used methods of condensate recovery.
重力回水和余压回水是凝结水回收最常用的2种方法,以往的设计往往忽视了余压回水,没有很好地利用蒸汽的动力。
4) recovery force
回复力
1.
The relationship between creasing recovery force and its bending deformation of wool and wool/polyester woven fabrics are analyzed.
基于纺织材料的弹性回复性能及织物的内摩擦作用,研究织物在较小折皱力作用下的折皱弯曲与回复性能,通过简单的模型及公式表征织物回复过程中的重要性质,分析毛及毛涤织物在折皱回复过程中回复力与折皱弯曲形变的关系。
2.
For example, they have larger electric resistivity and higher sensitivity to strains, and will produce a large recovery force when heated, etc.
提出将具有特殊力学性能和物理性能的形状记忆合金——NiTi丝埋入构件内部,利用构件内NiTi丝的电阻率大、对应变敏感和加热后可以产生巨大回复力等特点,可以实现对构件中的裂纹进行探测和主动控制裂纹的扩展。
3.
In this paper,Ni-Ti alloy straddle nails and bone tighting rings were tested and their regulations of recovery force under different resistance were investigated.
针对骨科常用的形状记忆合金器械Ni-Ti合金骑缝钉和骨卡环,通过实验研究其在不同抵抗作用下回复力的变化规律,结果发现,在不同开口的情况下,它的回复力变化幅度较宽,且最大回复力随着开口高度的增大呈明显增长趋势。
5) recovery stress
回复应力
1.
Shape memory effect and recovery stress and corrosion resistance are studied of Fe-18Mn-5Si-8Cr-5Ni-0.
1N形状记忆合金的形状记忆效应、回复应力、耐蚀性能。
2.
The recovery stress of Ni-Ti-Nb alloys with cold-drawing,non-vacuum and vacuum heat treatment were measured in different recovery temperature ranges.
对在冷拔态、非真空热处理、真空热处理3种状态和不同的回复加热温度条件下N i47Ti44Nb9合金的回复应力进行测定,分析了回复应力与温度的关系。
3.
Through measuring recovery stress of Ni-Ti-Nb alloys in the different recovery temperature ranges,their temperature discipline among them were analyzed.
对不同回复加热温度条件下Ni47Ti44Nb9合金的回复应力进行测定,分析了其与温度的关系。
6) recovery stress
回复力
1.
In this paper the effect of the recovery stress on the residual martensite was studied.
研究了约束态加热过程中产生的回复力对TiNi形状记忆合金剩余马氏体的影响。
2.
The recovery stress characteristics of TiNi binary and TiNiCu ternary shape memory alloys were studied.
研究了TiNi二元与TiNiCu三元形状记忆合金的回复力特征,并通过示差扫描量热分析研究了合金的热弹性马氏体相变特征。
3.
In this paper, the recovery stress of NiTi SMA wires’has been tested on the BZ2216 Digital Force Measurement Apparatus after refit, and its’change law with the increase and decrease of temperature has been studied, after being prestrained on the Hydraulic Universal .
本文利用过盈夹持原理自制夹具,在万能试验机上使NiTi SMA丝实现一定的预应变后,再在经改装的10kN的BZ2216数字式测力仪上测定合金丝的回复力的大小,研究其随着温度升高和降低的变化规律;同时讨论了温度、激励模式、激励次数及预应变量和拉伸方式等加工方式对NiTi SMA丝回复力的影响。
补充资料：回复
回复
recovery
即回复突变。
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