2) structural steel wrap system
结构钢包裹材料
3) structural steel
结构钢材
1.
Experimental research for effects of low temperatureon fracture toughness J_(IC) of structural steels;
低温对结构钢材断裂韧度J_(IC)影响的试验研究
2.
Experimental measurements of the crack tip opening displacement of structural steels at low temperature;
结构钢材裂纹尖端张开位移的低温试验
3.
The paper systematically discribes this discipline and also introduces the results if the low temperature experiment made by the author to investigate the main mechanical properties of common used structural steel,such as common carbon steel,low\|alloy steel,thermal strength carbon steel,ect.
钢材在低温条件下 ,其主要力学性能指标将随着温度而发生变化 ,系统地介绍了结构钢材主要力学性能指标随温度变化的规律 ,以及作者对常用结构钢材 (普通碳素钢、低合金钢和普通碳素钢的热调质钢 )主要力学指标的低温试验研究成果。
4) property experiment of steel structure material
钢结构材料性能试验
5) material structure
材料结构
1.
parameters and material structures,three kinds of GaAs based RTD material structures have been designed.
为了研究器件参数与材料结构的关系,设计了三种不同的GaAs基RTD材料结构。
2.
The basic principle of operation, significant advantages, material structures, existent problems and latest progresses of the phase change materials are discussed in the review.
文章介绍了相变存储材料的特点,工作原理,相变材料结构及面临的技术难题。
3.
This paper points out that the diversification of observation modes,material structures,illumination conditions,and their interaction are the main factors influencing the dynamic characteristics of happening colour.
着重分析了偶发性色彩的动态特征生成过程,指出光照条件变化、材料结构变化和观察方式变化及其相互作用是偶发性色彩动态特征生成的主要影响因素,进一步完善了偶发性色彩的理论研究,为现代纺织品设计拓展了思路,丰富了技术手段,有助于提高纺织品设计的技术含量。
6) structural material
结构材料
1.
In order to develop the ribbon amorphous alloy structural materials, the experiments including mechanical tests and morphology observation were carried out.
根据工程上对结构材料的要求,通过对大量力学测试数据及形貌观测结果的分析对比,总结出非晶合金带材作为结构材料所必须具备的几个条件。
2.
The latest research progress on alloying of magnesium(Mg)-based materials,including Mg-based structural material,Mg-based hydrogen storage alloy,and Mg-based amorphous alloy,in recent years is reviewed.
综述了近年来镁基材料合金化研究的状况,分别介绍了镁基结构材料、储氢合金、非晶合金等方面合金化研究的最新进展。
3.
Recent progress in inorganic-organic hybrid material is reviewed with em-phasis on research and application of this material used as structural material,optical material or coating material in this paper.
简述了近几年来无机-有机杂化材料作为结构材料、光学材料、涂膜材料在不同领域中的研究与应用。
补充资料：安装钢结构厂房钢柱
安装钢结构厂房钢柱
巍 安装钢结构厂房钢柱
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