1·The central zone of tensile stress moved to the frenal notch from the pre palate.
拉应力中区由基托前腭部移动到唇系带切迹区。
2·Good performance of tensile strength and temperature.
具有优异的抗拉性能和温度特性。
3·A general mechanism of the effect of tensile overload on FCP behaviour is proposed.
提出了拉伸超载对疲劳裂纹扩展过程影响的一般机制。
4·This contributes to the increase of tensile strength and modulus of the graphite fibers.
微观结构的改善是石墨纤维抗拉强度和弹性模量提高的主要原因。
5·While the control of tensile force will adjust the thickness ratio within a small extent.
控制张力可以在较小范围内精确控制复合后厚比。
6·Artificial damage change stability of natural slope, and lead to formation of tensile fissure.
人为破坏改变了自然斜坡的稳定状态，产生了初始的拉裂缝。
7·The mechanism, method, effect and capacity mode of tensile pile with post grouting are introduced.
介绍了抗拔桩后注浆技术的基本原理、实施方法、效果分析及承载力计算模式。
8·Cracking due to the combination of tensile stress and corrosion in the presence of water and chlorides.
在存在水和氯化物的情况下及耐压强度和侵蚀的联合作用下发生的开裂。
9·One of main reason for producing SCC in cladding plate weldments is the role of tensile residual stresses.
复板焊接结构出现应力腐蚀开裂的主要原因之一是拉伸残余应力的作用。
10·Bleaching cotton fabric with sodium hypochlorite may lead to chemical damage and loss of tensile strength.
用次氯酸钠漂白棉织物可能导致纤维的化学损伤和强度降低。