1) blast resistant design
抗爆实验
3) Blasting experiment
爆破实验
1.
Based on the prototype of caving coal under the metal nets and caving coal on total high in hard coal of Datong,the rules of charging decoupling coefficient and explosive charge along line influencing the size of top-coal lump were researched through the virtual blasting experiment in perpendicular to coal stratification and parallel to the coal stratification.
以大同坚硬煤层金属网下放顶煤和全厚一次放顶煤开采试验为原型 ,采用大煤样爆破实验方法 ,按垂直层理和平行层理模拟爆破 ,研究了装药不偶合系数Ke 和线装药密度对坚硬顶煤爆破块度的影响规律 ,提出了模型与原型炸药量的换算关系式 。
5) light-explosion trial
光爆实验
1.
The article is beginning with the factors of the restricting light-explosion trial of the mixture gas and help us to find the best conditions which makes the experiment successful by using the method of orthogonal design and analysis of variance.
拟从制约该混合气体光爆实验的条件出发 ,采用正交设计的方法 ,对制约光爆实验的因素进行方差分析 ,寻求光爆实验中各因素的最佳组合条件 。
6) sympathetic test
殉爆实验
1.
8 detonator with paper shell in air and in rigid polyurethane foam plastics (RPUF) were obtained by sympathetic tests, and the pressure distributions in the blast fields in the two mediums were also measured respectively by a piezoelectric crystal sensor and by PVDF sensors.
本文用殉爆实验求出了８＃纸雷管在空气以及在硬质聚氨酯泡沫塑料（ＲＰＵＦ）中的半爆距离，并分别用石英晶体传感器及ＰＶＤＦ传感器对雷管在空气中及ＲＰＵＦ材料中爆炸时的压力分布进行了测试。
补充资料：车用汽油抗爆感受性
分子式：
CAS号：
性质：又称车用汽油感铅性(1ead susceptibility of motor gasoline)。车用汽油对抗爆剂的敏感程度。例如对四乙(基)铅抗爆剂，各种汽油组分的感铅性为：直馏汽油>催化裂化汽油>重整汽油>热裂化汽油。
CAS号：
性质：又称车用汽油感铅性(1ead susceptibility of motor gasoline)。车用汽油对抗爆剂的敏感程度。例如对四乙(基)铅抗爆剂，各种汽油组分的感铅性为：直馏汽油>催化裂化汽油>重整汽油>热裂化汽油。
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