1) increase impact strength
提高冲击强度
2) high intensity shock
高强度冲击
1.
The development of ship shock test and the high intensity shock test method of carrier-borne electronic equipment were introduced.
介绍了舰船冲击试验的发展状况和舰船电子设备高强度冲击试验方法,针对舰船电子设备在作战中遭受到来自水下武器爆炸所产生的非接触爆炸而引起的高强度冲击的特点,对舰船电子设备抗冲击设计进行了探讨。
4) impact strength
冲击强度
1.
Fatigue and impact strengths of austenitic stainless steel by powder injection molding;
粉末注射成形奥氏体不锈钢的疲劳和冲击强度
2.
Measures for improving impact strength of block copolymer of propylene;
提高嵌段共聚PP冲击强度的措施探讨
3.
Analysis on factors affecting impact strength of bulk polystyrene resin;
本体聚苯乙烯树脂冲击强度影响因素分析
5) impact resistance
冲击强度
1.
The relation between the compatibility of PC/PBT and PC/PA alloys and the impact resistance intensity of their products were studied by using TEM, DSC, FT IR and etc.
用 TEM、DSC、FT- IR等方法对 PC(聚碳酸酯 ) / PBT(聚苯并噻唑 )、PC/ PA(聚酰胺 )合金的相容性和冲击强度的关系进行了研究。
2.
The effects of componets and contents on surface hardness, impact resistance, defromation start temperature, density an so on were systematically studied.
系统研究了材料的组成对表面硬度、透光率、冲击强度、热变形温度、密度等性能的影响。
6) impinging height
冲击高度
1.
Impinging jet is influenced by impinging material,temperature and roughness of wall,physical parameters of surrounding material,impinging method,impinging height,geometry parameters of nozzle,arrangement of nozzles,and so forth.
冲击射流过程涉及到冲击介质与被冲击表面的温度和粗糙度、介质的物性参数、冲击方式、冲击高度、喷嘴的几何参数以及喷嘴的布置方式等许多因素,国内外已有的资料表明,对冲击射流的研究主要以实验为主。
补充资料：提高
1.使位置﹑程度﹑水平﹑数量﹑质量等方面比原来高。
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