thermal-shock resistance meaning in English
抗热冲击能力
抗热冲击性
抗热冲击阻力
耐热震性, 耐热冲击性, 抗热急变性
热稳定性
Examples
- ( 1 ) how to prefabricate mullite whisker formed in - site to enhance ceramics intensity , improve thermal - shock resistance by adoption zirconate and alumina to sinter mullite / zirconia / alumina composite ceramics . ( 2 ) studying on the plasticity of high alumina body materials
利用氧化铝、锆英石原料烧成氧化铝氧化锆莫来石复合陶瓷，通过原位生成莫来石晶须提高载体的强度、改善其抗热震性。 - The additive function and affection was studied on to mullite / zirconia / alumina composite ceramics in the paper . v2o5 and alf3 were confirmed to accelerate the forming of mullite whisker , ensure to enhance the toughness of samples , better heat thermal - shock resistance . the strength , micro - hardness , thermal expansion coefficient and thermal - shock resistancehave been tested
对外加不同添加剂系列样品，进行强度测试、显微硬度测试、热膨胀系数测定及抗热震性测试，从中找出了综合性能较好的样品配方，其抗折强度高达172 . 80mpa 、显微硬度601 . 5 、热膨胀系数为6 . 56 10 ~ ( - 6 ) ~ ( - 1 ) 、抗热震性好。 - The strong honeycomb ceramics was extruded using the above batch composition . the relation between property of samples strength , micro - hardness , thermal expansion coefficient , thermal - shock resistance and microstructure of composite ceramics were discussed by sem , xrd test . the function in composite ceramic and the effection on microstructure of the different series additive were studied
采用现代测试技术如xrd 、 sem 、 epma对样品进行了综合测试与分析，探讨了不同系列样品中添加剂在复合陶瓷中的作用及其对微观结构的影响，讨论了样品的抗折强度、显微硬度、热膨胀系数、抗热震性与氧化铝氧化锆莫来石复合陶瓷的组成和微观结构的相互关系，分析了其影响因素。