2) motion with constant stretch history (MCSH)
恒拉伸史运动
3) dynamic tension
动态拉伸
1.
Experimental studies on dynamic tension of metal ring by electromagnetic loading;
实现金属环动态拉伸的电磁加载技术研究
2.
The mechanisms of crack forming and propagation were investigated during dynamic tension under static load by SEM.
采用熔铸法制备的原位自生TiC/Ti复合材料,在SEM中静载动态拉伸,原位观察和研究了裂纹的萌生及扩展机制。
3.
The dynamic tensile properties of tungsten fibers(80%,volume fraction) reinforced Zr based amorphous alloy matrix composite was investigated by means of the Split Hopkinson Pressure Bar(SHPB),and Scanning Election Microscope(SEM) was used to evaluate the fracture mode of the composite under dynamic tension.
采用霍普金森杆拉伸技术研究了W丝体积分数为80%的W丝/Zr基非晶合金复合材料的动态拉伸性能,通过扫描电镜研究了该复合材料动态拉伸断裂模式。
4) dynamic tensile
动态拉伸
1.
In situ SEM study of dynamic tensile in wrought magnesium alloy AZ31B rolling sheet
AZ31B镁合金轧制板材室温动态拉伸的SEM观察
2.
The dynamic tensile test was carried out on both DP and TRIP steel samples with strain rates in the range of 10~2～10~3 s~(-1).
采用气动式间接杆杆型冲击拉伸试验装置对TRIP钢和DP钢在102~103s-1应变率范围的动态拉伸变形行为进行了研究。
3.
By using the equipment of dynamic tensile and SEM, the microstructures of two kinds of high nitrogen austenitic stainless steels are observed.
利用动态拉伸台和SEM对两种高氮奥氏体不锈钢进行了动态拉伸的微观形貌原位观察 实验表明滑移和孪生在高氮奥氏体中同时存在;随着形变量的增加,晶粒内部的滑移线加宽,逐步成为微裂纹;而晶界的结合力较强,没有观察到沿晶断裂;氮的加入会产生固溶强化和间隙强化,增大点阵滑移的阻力,从而降低奥氏体不锈钢的塑性 随着氮含量的增加,试样的延伸率降
5) passive drawing
被动拉伸
1.
The mchanism can change passive drawing to active drawing to over come some disadvantages of passive drawing,and expatiates on the theory of active drawing and compares the double forms.
介绍了一种新型薄膜预拉伸机构 ,即把被动拉伸变为主动拉伸 ,克服了被动拉伸的一些缺点 ;阐述了主动拉伸的原理作 ,并对二者进行了比
6) active drawing
主动拉伸
1.
The mchanism can change passive drawing to active drawing to over come some disadvantages of passive drawing,and expatiates on the theory of active drawing and compares the double forms.
介绍了一种新型薄膜预拉伸机构 ,即把被动拉伸变为主动拉伸 ,克服了被动拉伸的一些缺点 ;阐述了主动拉伸的原理作 ,并对二者进行了比
补充资料：南美洲运动会和南十字运动会
1922年在巴西举行过1届南美洲运动会,参加者限于南美洲国家。1978年在玻利维亚举行过 1届南十字运动会，参加国有阿根廷、玻利维亚、巴西、智利、厄瓜多尔、巴拉圭、秘鲁和乌拉圭8国。
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