1)  explosively formed projectile
爆炸成型发射弹
1.
The range equipment for the investigation of the hypervelocity aerodynamic properties and flow field of explosively formed projectile(EFP) models is described.
本文描述的是研究爆炸成型发射弹（ＥＦＰ）模型的流场及超高速空气动力特性所用的弹道试验设备；简要报导了记录全尺寸干涉图形的技术；对径向密度分布再现的方法进行了讨论；在零攻角实验时不同模型的空气动力阻力是采用简化方法来计算的；对各种不同ＥＦＰ型式的气动稳定性提出了定性估计的方法；并阐述了用于组合体超高速飞行特性研究的数值计算技术的基本原
2)  Explosion
爆炸
1.
Discussion on the electrical design and selecting of dangerous explosion place;
浅谈爆炸危险性场所的电气设备选型
2.
The similarities and differences of explosion characteristic between the gas explosion in coal lane and in elongated buildings;
煤矿瓦斯爆炸与超长建筑物爆炸泄压的异同点
3.
Analyzing and evaluation of explosion fatalness in leaching oil plant;
浸出油厂的火灾爆炸危险性分析与评价
3)  blasting
爆炸
1.
Experimental research drainage and consolidation of ooze mud by blasting method;
饱和淤泥爆炸排水固结试验研究
2.
Case study on thick silt replacement by blasting directional slippage method;
厚层淤泥中的爆炸定向滑移法原理及工程实例
3.
Application of penstock blasting method for relieving welding stress in TGP;
三峡压力钢管爆炸法消除焊缝应力的应用
4)  blast
爆炸
1.
Discussion on Cause of Blast of Liqueficed Petroleum Gas Holder and Methods of Outfire;
浅析液化石油气钢瓶发生爆炸的原因及火灾扑救技术
2.
Experimental studies on blast effects on reinforced concrete slabs retrofitted with carbon fiber reinforced polymer sheets;
碳纤维加固钢筋混凝土板的爆炸试验研究
3.
Research of Loading Effects of Blast in Air;
爆炸空气冲击波荷载效应
5)  explosive
爆炸
1.
Study on relation between consequence of explosive terrorism attacks and crowd massing situation;
爆炸性恐怖袭击后果与人群聚集状态的关系研究
2.
Explosive Reaction Characteristics on Hydrocarbon and Fluorine Agent;
碳氢燃料与卤素氟化物的爆炸反应特性
3.
Development of the experimental model of the explosive injury to the dog brain;
犬颅脑爆炸伤模型的建立
6)  explode
爆炸
1.
Analysis on A Vacuum Switch Explode;
一起真空开关爆炸事件探析
2.
Discuss of powder explode through a wood chip explode accident;
由一起木屑爆炸事故的调查谈预防粉尘爆炸
3.
A kind of fire extinguisher exploded when it is f illed with fire resistance material.
某型号干粉灭火器在充填作业中发生爆炸事故。
参考词条
补充资料：后成型
分子式：
CAS号：

性质： 将板材、型材、型坯或半成品经过后期加工(变形、切削、修整、装饰)得到最终制品的成型过程。有时狭义地指将完全固化的热固性树脂层压板加热到热变形温度以上，(一般为120～175℃)使其变软，然后加压进行简单的弯曲加工，冷却后成为塑模形状制品的成型方法。常用于酚醛层压板或三聚氰胺装饰板的二次成型。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。