1) explosion parameters
爆炸参量
1.
Influence of explosion parameters on response spectrum for blast ground vibration;
爆炸参量对爆破地震反应谱的影响
2.
The relationship of stress and vibration velocity and explosion parameters were attained.
采用动力有限元软件ANSYS/LS-DYNA,研究了柱状、球状两种装药形状和爆炸当量等激发因素对碳酸盐岩岩石中爆炸应力波场特性和爆炸地震波能量衰减规律的影响,得到了爆炸参量对岩石应力、振动速度等的影响规律,并与爆破地震效应经验计算公式进行了对比分析。
2) Detonation parameters
爆炸参数
1.
The detonation parameters of this kind of explosive were calculated by BW rule for predicting explosive decomposition products,Rothsteine′s method for estimating detonation velocity and Cooper method for estimating C-J pressure.
运用预测炸药分解产物的BW法则、计算爆速的Rothsteine方法和计算C-J压力的库珀方法等对该类炸药的爆炸参数进行了理论计算,并与HMX等炸药的爆炸参数进行了比较。
3) explosion energy
爆炸能量
1.
Material component determination and explosion energy estimation of the Pingyin urea reactor;
平阴尿塔的物料和爆炸能量估算
2.
The performance tests were conducted by measuring the heat resistance, safety,formability explosion energy and penetration power.
制备了由六硝基二苯砜、含氟高聚物黏结剂和耐热钝感剂组成的耐热混合炸药,进行了耐热性、安全性、成型性、爆炸能量及破甲威力性能测试,结果表明,耐热混合炸药的爆速高于以PYX、HNS为基的混合炸药,耐热性高于以HMX为基的混合炸药,可在170～200℃使用。
3.
Based on the theory of the transmission of reflected wave and retracted wave at interface, the transmission of explosion energy is analyzed and the influence of different kinds of charging structure (coupling charge, decoupling charge with air and decoupling charge with water) on explosion energy transmission is discussed in this paper.
根据波的界面透射和反射理论,分析了爆炸能量的传递规律,探讨了不同装药结构(耦合装药、空气不耦合装药、水不耦合装药)对爆炸能量传递的影响,并建立了上述三种装药条件下传递给岩石的爆炸能量计算公式。
5) blast charge
爆炸药量
补充资料：核爆炸地震波探测(见核爆炸探测)
核爆炸地震波探测(见核爆炸探测)
nuclear explosion seismic detection
hebaozho dizhenbo tanee核爆炸地震波探测(nuclear explos，onseismie detecuon)见核爆炸探汉，l。
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