1) physical and mechanical properties
物理力学性能
1.
The physical and mechanical properties and durability properties of the geopolymer blend cement(GBC) concrete and the ordinary Portland concrete(OPC) are compared in laboratory experiments.
通过实验室的试件试验,比较了地聚合物复合水泥(GBC)混凝土与普通混凝土的物理力学性能和耐久性能。
2.
A contrast between BL-environment friendly flame-retardant and common inorganic flame-retardant have been made by making particleboard and detecting the physical and mechanical properties,the flame retardant properties of these particleboard.
介绍了由北京林业大学人造板研发中心研制的BL-环保阻燃剂,通过压制刨花板并检测其阻燃性能、物理力学性能,对BL-环保阻燃剂与常用无机阻燃剂的性能进行了比较。
3.
The studies were made on the manufacturing conditions of Crofton weed MDF, its physical and mechanical properties and the factors affecting the properties.
在对紫茎泽兰化学组成、纤维形态和表面自由能研究的基础上,对紫茎泽兰中密度纤维板的生产工艺参数和物理力学性能及其影响因素的研究表明,实验条件下制造的紫茎泽兰中密度纤维板,经适当调节工艺条件,其MOR、MOE和IB3项性能指标均能达到国家标准室内型中密度纤维板的要求。
2) mechanical properties
物理力学性能
1.
The mechanical properties of materials were characterized by the strain-stress cu.
初步探讨了这一新聚合物体系的共混过程;以反应共混物的应力-应变曲线、维卡软化温度等表征了材料的物理力学性能;以扫描电镜(SEM)考察了共混体系的形态结构。
2.
Based on laboratorial experiment,the mechanical properties of expansive soil modified whit lime fly ash are analysed in this paper.
通过室内试验 ,分析二灰 (石灰、粉煤灰 )对膨胀土物理力学性能的改良效
3.
Objective: To discuss the hot-pressing technique of wood fiber and waste polypropylen(PP)and study the effects of different modifiers on the mechanical properties of the composites.
结论热压制板的物理力学性能满足中密度板国家标准的要求。
3) physical and mechanical property
物理力学性能
1.
Relationship between fabric′s wrinkle recovery angle and its physical and mechanical property;
织物折皱回复角与其物理力学性能的关系
4) physical and mechanical properties
物理与力学性能
1.
In recent years, the studies on the polymeric compatibilizer applied in polypropylene composites were more and more, which was use to promote the dispersion of filler in polymer matrix, improve the adhesion between filler and matrix and increase the physical and mechanical properties of polymer composites.
近年来,国内外关于大分子相容剂用于填充PP基塑料中以促进填料在高分子基体中的分散,改善填料和基体间的界面粘结,提高填充复合材料的物理与力学性能的研究越来越多。
5) Physical and mechanical properties
物理、力学性能
补充资料：极限力学性能
分子式：
CAS号：
性质：材料的力学行为可概括由应力—应变曲线图来描述。在外力不断增加的情况下，材料最终将被破坏。这时的应变可称断裂伸长，应力即为极限强度。材料达到破坏时的行为，即该时之应力-应变关系和数值统称为极限力学性能。对于塑料等黏弹性材料，极限力学性能和加载速度，测试环境温度有很大的依赖关系。
CAS号：
性质：材料的力学行为可概括由应力—应变曲线图来描述。在外力不断增加的情况下，材料最终将被破坏。这时的应变可称断裂伸长，应力即为极限强度。材料达到破坏时的行为，即该时之应力-应变关系和数值统称为极限力学性能。对于塑料等黏弹性材料，极限力学性能和加载速度，测试环境温度有很大的依赖关系。
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