1) high humidity and cyclic temperature durability test
高温高湿耐久性试验
1.
The paper introduces a viable scheme of research on the durability test facility with high humidity and cyclic temperature chamber, and the facility is used for high humidity and cyclic temperature durability test for Sealed Insulating Glass Units of construction or refrigeration.
本文介绍了高温高湿耐久性试验设备研制的技术要求,并对其结构进行分析。
2) high temperature creep rupture testing
高温持久试验
1.
Based on TEM observation and tensile testing, the effect of the high temperature creep rupture testing on microstructure and mechanical properties of Al-Cu-Mg-Ag aluminum alloy was investigated.
利用透射电镜、拉伸试验机等研究了高温持久试验对不同时效状态下的Al-Cu-Mg-Ag铝合金微观组织和力学性能的影响。
3) Stress-repture tester
高温持久试验机
4) high durability
高耐久性
1.
High performance spray concrete has many feature than concrete such as high performance, high durability; little deformation etc.
高性能喷射混凝土是指具有较高工作性、高耐久性、变形小等诸多特点的喷射混凝土。
2.
It is proved that the high durability can certainly be realized for the ordinary strength .
通过合理的配合比设计,在普通强度的混凝土中掺入高效减水剂、优质引气剂等外加剂及优质矿物细掺料,可显著改善混凝土的孔结构,在保持混凝土强度基本不变的前提下显著提高混凝土的耐久性,证明普通强度的混凝土完全可以实现高耐久性。
3.
The reason of poor durability of concrete for marine structures are briefly introduced In combination with construction practice and calculation of service life, it is suggested to build high durability marine structures using high performance concrete containing silica fume
简述海工混凝土结构耐久性差的原因,结合工程实例及寿命估算,提出采用掺加微硅粉的高性能混凝土可以建造高耐久性的海工混凝土构筑物。
5) high temperature and humidity resistance
耐高温高湿
1.
A kind of varnish,with high temperature and humidity resistance,for resistor was obtained by condensation of epoxy resin,acid anhydride and glycol with proper nano-SiO_2 added at 80℃.
IR分析表明,纳米SiO2的加入改变了环氧树脂固化聚合物的结构,使其交联网状结构更为致密和稳定,且聚合物分子极性变小,从而对水具有较弱的亲和力,使得这种体系的底漆具有较好的耐高温高湿性能。
6) tyre endurance and high speed testing machine
轮胎耐久高速性能试验机
补充资料:轮胎耐久性试验
分子式:
CAS号:
性质:在转鼓试验杉L上,按规定的试验条件,考核轮胎经久耐用性能的试验。这是轮胎产品重点测试项目,虽然试验结果不能完全反映实际使用寿命,但却能比较灵敏地反映轮胎质量的薄弱环节。是检验轮胎寿命的一项重要试验。
CAS号:
性质:在转鼓试验杉L上,按规定的试验条件,考核轮胎经久耐用性能的试验。这是轮胎产品重点测试项目,虽然试验结果不能完全反映实际使用寿命,但却能比较灵敏地反映轮胎质量的薄弱环节。是检验轮胎寿命的一项重要试验。
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