1) tension applicatcation
张力应用
2) application of tensor
张量应用
3) tensile stress
张应力
1.
Finite element simulation of the transverse distribution of tensile stress in the strip during continuous annealing process;
连退线上带钢张应力横向分布的有限元仿真
2.
Grain boundary segregation of phosphorus in 2.25Cr-1Mo steel at intermediate temperature and low tensile stress;
中温低张应力下磷在2.25Cr-1Mo钢中的晶界偏聚研究
3.
The surrounding rock stability analysis evaluation problems related with construction gradually becomes outstanding, numerous engineering practices indicate that: the tensile stress distribution characters has close relation with the safety stability of the tunnel.
随着岩土工程建设的迅速发展,涉及到张应力作用下岩石内部裂纹扩展及其变形破坏的问题愈来愈多。
4) tension stress
张应力
1.
Effects of different tension stress on the shape and F-actin of human peridontal ligament fibroblast in vitro;
不同张应力对体外培养的人牙周膜成纤维细胞形态和纤维型肌动蛋白改变的影响
2.
The distributions of the pressure, the front tension stress, the back tension stress and the exit lateral displacement of each pass are given out.
得到了各道次单位轧制压力、前后张应力和出口横向位移的分布。
5) tension effect
张力效应
1.
Though speed effect and tension effect are keys to controlling thickness in producing aluminum foil, sort of their mathematical models, which will be widely used, can't be obtained theoretically at present.
速度效应和张力效应是铝箔生产中进行厚度控制的关键 ,但目前尚不能完全从理论上对其建立一种普遍适用的数学模型。
6) tensional force
张应力
补充资料：拜耳张力
分子式：
CAS号：
性质：又称拜耳张力。化合物分子内部，由于键角屈挠(偏离正常键角)所产生的张力。键角的屈挠越大，角张力越大，分子内能越高，结构越不稳定。
CAS号：
性质：又称拜耳张力。化合物分子内部，由于键角屈挠(偏离正常键角)所产生的张力。键角的屈挠越大，角张力越大，分子内能越高，结构越不稳定。
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