1) detonation pressure
爆压
1.
The corresponding connection of the gas concentration and its detonation pressure has been inquired into, based on a large number of experiments and theoretic analyse.
在理论分析及大量实验的基础上,探讨研究了煤气浓度与其爆炸压力的对应关系,结果表明,爆压沿煤气最佳浓度的两边递减,这对于深入认识多元爆炸性混合气体爆炸特性,预防这类爆炸事故的发生,具有一定的指导意义。
2.
Introduced are experimental principles of electrical detonators and detonation pressure of explosive fuses.
简要叙述电雷管、导爆索爆压的试验原理,通过试验制定合理的输出压力检测指标,对电雷管的不同部位产生的爆压进行分析,解决人们在生产和实践中存在的一些问题。
3.
Aim\ To study the scope of applications and the relation between the data measured from steel dent test and detonation pressure of explosives.
目的 对钢凹值与炸药爆压关系式的适用范围进行修正 。
2) pressed explosion
压爆
1.
The practiced experience in controling the pressed explosion of GTG primary.
文章着重论述了导致GTG起爆药压爆的影响因素并分析了其原因,还详细阐述了如何降低三压压爆频次的保证措施。
3) extrusion blasting
挤压爆破
1.
Feasibilty study on extrusion blasting application in cemented filling mining method;
挤压爆破在胶结充填采矿法中应用可行性研究
4) explosion pressure
爆炸压力
1.
Removal of Overlarge Explosion Pressure for Large-Sized Flame-Proof Motor by New Material;
采用新材料解决大型隔爆型电动机爆炸压力过大的问题
2.
The results show that both the explosion pressure and the rising rate of explosion pressure increase with the decreasing of the size of aluminum particles.
利用自制的水平管道式气体-粉尘爆炸试验装置对不同粒度铝粉的爆炸压力进行测试。
3.
The present paper is aimed at reporting its research findings over the effect characteristic of the ignition energy on the brisance of the polynary mixed explosive gas and the effect of the energy on the explosion pressure of liquefied petro-gas through a gas explosion characteristic parameter testing system.
以密闭爆炸筒(20 L)内液化石油气(体积分数为5%)-空气混合气体为研究对象,逐步提高点火能量引爆混合气体,分析气体爆炸压力波形图的变化。
5) burst pressure
爆破压力
1.
Study of burst pressure calculation method of pipelines with axial flaws;
含轴向缺陷管道的爆破压力计算方法研究
2.
The burst pressure of filament wound pressure vessels and the ratio of strength transfer of fiber;
纤维缠绕压力容器的爆破压力与纤维强度转换率
3.
The prediction of the burst pressure of pressure vessels with miter pipe
轴向斜接管内压容器爆破压力的预测
6) explosive compaction
爆炸压实
1.
Effect of the process parameters on energy and deformation of the steel tubes during explosive compaction;
爆炸压实工艺参数对钢管能量与变形的影响
2.
Relationships of explosive press and powder density during explosive compaction;
爆炸压实中爆轰压力与粉末致密度的关系
3.
Study on the relationship between compact density and compaction energy of CuCr alloys by explosive compaction;
爆炸压实CuCr合金的压实能与压实密度关系的研究
补充资料：爆压
分子式：
CAS号：
性质：简称爆压。爆炸瞬间爆炸波前沿的压强。爆炸压力取决于混合物的组成、初始压力和初始温度。计算式为Pm=TmnP0/T0m(Pm和P0为最大爆炸压力和初始压力；Tm和T0为最高爆炸温度和初始温度；m和n为爆炸前、后气体摩尔数)。炸药的爆炸压力可达数千兆帕；气体、蒸气混合物和爆炸压力不超过1MPa。
CAS号：
性质：简称爆压。爆炸瞬间爆炸波前沿的压强。爆炸压力取决于混合物的组成、初始压力和初始温度。计算式为Pm=TmnP0/T0m(Pm和P0为最大爆炸压力和初始压力；Tm和T0为最高爆炸温度和初始温度；m和n为爆炸前、后气体摩尔数)。炸药的爆炸压力可达数千兆帕；气体、蒸气混合物和爆炸压力不超过1MPa。
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