1) Cross breaking strength
横向断裂强力
1.
Cross breaking strength of spunlaced nonwovens is an important machinery property index of spunlaced product.
水刺非织造布的横向断裂强力是水刺产品的一项重要的机械性能指标。
2) transverse rupture strength
横向断裂强度
1.
0HRA,transverse rupture strength(TRS) of 1819MPa.
6%,横向断裂强度由1045MPa提高到1819MPa。
3) transverse rupture
横向断裂
1.
The structure of transverse ruptured 72A hard steel wire has been observed by microscope and its hardness has been measured.
用金相显微镜和显微硬度计分别观察和测量了拉拔过程中发生横向断裂的 72 A硬线钢组织与硬度。
2.
Fe powder S values of transverse rupture were assayed by technology test.
通过工艺试验测定了Fe粉的横向断裂力值,并应用表示法对所得试验结果进行了对比分析。
3.
The inspection and analysis and the process thermal simulation test have been made by using metallographic microscope and SEM on the failure of transverse rupture in the containing silicon low carbon steel billets after continuous casting.
对含Si低碳钢连铸坯发生的横向断裂缺陷进行了金相、扫描电镜检验分析及加热工艺模拟试验;对铸坯从钢水凝固到轧前加热断裂的热历程中所受外力及其与裂纹形成的关系进行了分析。
4) Weft Breaking Strength
纬向断裂强力
5) breaking strength
断裂强力
1.
Comparative analysis of dynamic and static breaking strength of yarns;
纱线动态与静态断裂强力的比较分析
2.
The chemical and physical properties of the feather fiber were evaluated with weight loss,breaking strength and breaking elongation.
采用质量损失率和断裂强力、断裂伸长等指标,客观评定常温下羽毛纤维的耐化学试剂性能。
3.
The relations between breaking strength/breaking elongation and core-spun degree are analyzed.
分析了断裂强力、断裂伸长率与包覆度的关系。
6) tensile strength
断裂强力
1.
The relationship between tensile strength and wrinkle recovery angle or amount of ester-linkages was determined.
采用马来酸(MA)和衣康酸(IA)或单独采用MA以在位聚合交联法对棉织物进行免烫整理,并对整理品的断裂强力与折皱回复角、酯键量之间的相关性进行了分析,提出用强力损失因子BSLF这一指标来判断免烫整理品的强力损失程度。
2.
The crease-resistant finishing mechanism of cotton with glyoxal,the formulation of finishing liquors and the operation process were presented,and the influences of the different factors on fabric tensile strength and crease recovery were analyzed.
介绍了乙二醛对棉织物进行防皱整理的机理以及抗皱整理液的配制、操作过程,分析了不同因素对棉织物断裂强力和折皱回复性能的影响,得出了最佳工艺条件:整理液中乙二醛为26。
3.
The tensile strength of aged samples and also the intrinsic viscosity of the corresponding specimens were tested.
因为聚合物的相对分子质量可以用其溶液的特性粘度来表征,因此针对光氧老化过程中聚丙烯长丝的特性粘度变化进行了研究,以找到聚丙烯长丝断裂强力下降与相对分子质量之间的关系。
补充资料：横向动量
见多重产生。
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