1) semi-rigid material
半刚性材料
1.
The paper discussed the cracks cause of semi-rigid materials,and introduced new design method etc.
探讨了半刚性材料的开裂原因,根据实例阐述新的半刚性材料的设计方法振动成型法的机理和方法,阐述振动法解决半刚性材料开裂的原理。
2.
By testing and studying on the performance(compressive strength,compressive rebound modulus and splitting strength) of semi-rigid material under different curing conditions,the relationship between performance of material and curing conditions is analysed and the result shows that performance of semi-rigid material is closely related to curing parameter.
通过对半刚性材料在不同养生条件下的性能(抗压强度、抗压回弹模量、劈裂强度)试验研究,分析了材料性能同养生条件的相关性,结果表明:半刚性材料的性能与养生条件密切相关。
2) semi-rigid base material
半刚性基层材料
1.
Optimal combination of compacting machineries on semi-rigid base material;
半刚性基层材料的碾压机械优化组合
2.
A study of the durable ability in freeze of cement stabilized sand-gravel of semi-rigid base material;
水泥稳定砂砾半刚性基层材料冰冻耐久性的研究
3.
By experimenting on the two types of semi-rigid base materials(lime-flyash aggregate and cement bound gravel)commonly used in nouth of Jiangsu province,the data obtained are treated with a reasonable method,and then the relations of parameters of the semi-rigid base materials are gained.
通过对苏北地区常用的二灰稳定碎石和水泥稳定碎石两种半刚性基层材料进行试验,分析得出合理的试验数据处理方法,研究该地区半刚性基层材料有关特性及各参数间相关关系,最后提出其设计参数的合理推荐值,为该地区公路设计提供科学依据。
3) semi-rigid surface course material
半刚性面层材料
1.
Along with the widespread application of semi-rigid base in the pavement structure,semi-rigid surface course material research which matches with it appears especially important.
随着半刚性基层在路面结构中的广泛应用,与之相匹配的半刚性面层材料的研究显得尤为重要。
4) semi-rigid base course material
半刚性基层材料
1.
Effective modulus value of semi-rigid base course materials
半刚性基层材料的有效模量值
5) Permeable Semi-rigid Material
透水半刚性材料
6) semi-rigidity base material
半刚性基层材料
1.
Application research in the steel-slag used as semi-rigidity base material
钢渣在半刚性基层材料中的应用研究
2.
The steel-slag used as semi-rigidity base material(as Lime-fly-ash stabilized steel slag and cement stabilized steel slag),it has good performances such as good unconfined compressive strength, good modulus of resilience.
最后还指出了钢渣作为半刚性基层材料的推广范围。
补充资料：气敏半导体(见传感器半导体材料)
气敏半导体(见传感器半导体材料)
gas sensory sernieonduetor
气敏半导体gas sensory Semieonductor见传感器半导体材料。
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