1) static tension
静载拉伸
1.
The experiment of the static tension for medium carbon 45# steel was done.
通过开展中碳45#钢试件的静载拉伸实验,采用磁记忆检测技术,研究了在线及离线2种检测环境下、不同加载阶段试件磁信号变化情况。
2.
The variation of the magnetic intensity, Hp(y), in the direction perpendicular to the surface of the 45 carbon steel shaft-shaped tensile specimen with a variable cross-section was determined during the static tension testing.
本文研究了变截面45钢轴状试件静载拉伸过程中表面法向磁场强度Hp(y)值的变化规律。
3.
In order to study the relationship between magnetic memory signal and stress,magnetic memory testing(MMT) technology is employed to detect normal component Hp(y) of scattering magnetic field intensity of 18CrNi4A steel samples in the static tension tests.
为了研究磁记忆信号和应力之间的关系,采用磁记忆方法检测单向静载拉伸后18CrNi4A钢板表面磁场强度法向分量Hp(y)。
2) experiment of static tensile testing
静载拉伸实验
3) Static-dynamic tensile loadings
动、静拉伸加载
4) stutjc-dynamic tensile loadings
动、静态拉伸加载
5) Static tension
静拉伸
1.
The magnetic memory effects of low carbon steel X70 and medium carbon steel 45 under conditions of static tension.
研究静拉伸情况下低碳X70管线钢和中碳45#钢的金属磁记忆效应。
2.
A calculating formula of static tension damage is also deduced and the measurement of the parameters in this formula is easy to handle.
还导出了参量测量简便易行的静拉伸损伤计算式,给出了静拉伸损伤测量结果。
6) static stretch
静态拉伸
1.
Objective To reconstruct tissue-engineered renal tubules in vitro by tissue engineering technique using MDCK cells as seeding cells and liquid collagen combined Matrigel as scaffold, and observe the effects of Matrigel in several concentrations and static stretch on the polarity remodeling of MDCK cells in three-dimensional (3-D) scaffold and on the formation of structures.
目的以MDCK细胞为种子细胞、胶原凝胶复合Matrigel为支架材料,采用组织工程技术体外构建组织工程化肾小管片层,观察不同浓度Matrigel以及静态拉伸作用对MDCK细胞在三维支架中极性重建并形成小管样结构的影响。
补充资料：等静挤压(见静液挤压)
等静挤压(见静液挤压)
isostatic extrusion
豁穿凿“、15。stati。e一、二)见静“
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