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industry explosives
相关语句
  工业炸药
    The expanding technology of AN is mainly applied to rock expanded AN explosive and its comparison with other industry explosives is given.
    硝酸铵膨化技术主要应用是岩石膨化硝铵炸药,给出了岩石膨化硝铵炸药的爆炸与物理特征数据,并与其它工业炸药做了比较。
短句来源
    Study on Detonation Front of Bottom for Industry Explosives
    工业炸药的底面输出波形研究
短句来源
    The detonation front of bottom for 100 100mm rock expanded AN , colliery expanded AN , No. 2 rock and emulsion explosives have been measured by wave test method, and the simulate function of wave has been obtained by processing Detonation front of Bottom. This is showed that the above mentioned industry explosives have nonideal detonation character of low detonation velocity and low detonation pressure.
    用波形测试法测定了φ100×100mm岩石膨化、煤矿膨化、铵梯以及乳化炸药柱的底面输出波形,经过对爆轰波底面波形处理后获得波形拟合函数,表明工业炸药具有低爆速和低爆压的非理想爆轰特征。
短句来源
    This is showed that the detonation of industry explosives is not ideal detonation,because reaction products of high pressure occurrence radial expansion so that cause radial sparse wave,energy damnify,reaction of outside explosive layer is not complete and its the energy for producing can not maintain to detonation wave of the stability propagation inside reaction zone,so the detonation front of outside explosive layer is behindhand than the detonation front of center. [
    研究结果表明 ,工业炸药的爆轰为非理想爆轰 ,高压爆轰产物发生径向膨胀而引起向反应区内传播的径向稀疏波 ,造成反应区中能量的向外耗散 ,外层的炸药反应不完全 ,其所产生的能量不足以维持爆轰波的稳定传播 ,致使炸药外层的传播落后于中心的传播
短句来源
    It is showed that industry explosives have nonideal detonation character of low detonation velocity and low detonation pressure, and the theoretic values are approximating to experimental results. 
    结果表明,工业炸药具有低爆速和低爆压的非理想爆轰特征,而理论计算值和实验值比较接近,获得了较好的结果。
短句来源
更多       
  工业炸药
    The expanding technology of AN is mainly applied to rock expanded AN explosive and its comparison with other industry explosives is given.
    硝酸铵膨化技术主要应用是岩石膨化硝铵炸药,给出了岩石膨化硝铵炸药的爆炸与物理特征数据,并与其它工业炸药做了比较。
短句来源
    Study on Detonation Front of Bottom for Industry Explosives
    工业炸药的底面输出波形研究
短句来源
    The detonation front of bottom for 100 100mm rock expanded AN , colliery expanded AN , No. 2 rock and emulsion explosives have been measured by wave test method, and the simulate function of wave has been obtained by processing Detonation front of Bottom. This is showed that the above mentioned industry explosives have nonideal detonation character of low detonation velocity and low detonation pressure.
    用波形测试法测定了φ100×100mm岩石膨化、煤矿膨化、铵梯以及乳化炸药柱的底面输出波形,经过对爆轰波底面波形处理后获得波形拟合函数,表明工业炸药具有低爆速和低爆压的非理想爆轰特征。
短句来源
    This is showed that the detonation of industry explosives is not ideal detonation,because reaction products of high pressure occurrence radial expansion so that cause radial sparse wave,energy damnify,reaction of outside explosive layer is not complete and its the energy for producing can not maintain to detonation wave of the stability propagation inside reaction zone,so the detonation front of outside explosive layer is behindhand than the detonation front of center. [
    研究结果表明 ,工业炸药的爆轰为非理想爆轰 ,高压爆轰产物发生径向膨胀而引起向反应区内传播的径向稀疏波 ,造成反应区中能量的向外耗散 ,外层的炸药反应不完全 ,其所产生的能量不足以维持爆轰波的稳定传播 ,致使炸药外层的传播落后于中心的传播
短句来源
    It is showed that industry explosives have nonideal detonation character of low detonation velocity and low detonation pressure, and the theoretic values are approximating to experimental results. 
    结果表明,工业炸药具有低爆速和低爆压的非理想爆轰特征,而理论计算值和实验值比较接近,获得了较好的结果。
短句来源
更多       
  工业炸药
    The expanding technology of AN is mainly applied to rock expanded AN explosive and its comparison with other industry explosives is given.
    硝酸铵膨化技术主要应用是岩石膨化硝铵炸药,给出了岩石膨化硝铵炸药的爆炸与物理特征数据,并与其它工业炸药做了比较。
短句来源
    Study on Detonation Front of Bottom for Industry Explosives
    工业炸药的底面输出波形研究
短句来源
    The detonation front of bottom for 100 100mm rock expanded AN , colliery expanded AN , No. 2 rock and emulsion explosives have been measured by wave test method, and the simulate function of wave has been obtained by processing Detonation front of Bottom. This is showed that the above mentioned industry explosives have nonideal detonation character of low detonation velocity and low detonation pressure.
    用波形测试法测定了φ100×100mm岩石膨化、煤矿膨化、铵梯以及乳化炸药柱的底面输出波形,经过对爆轰波底面波形处理后获得波形拟合函数,表明工业炸药具有低爆速和低爆压的非理想爆轰特征。
短句来源
    This is showed that the detonation of industry explosives is not ideal detonation,because reaction products of high pressure occurrence radial expansion so that cause radial sparse wave,energy damnify,reaction of outside explosive layer is not complete and its the energy for producing can not maintain to detonation wave of the stability propagation inside reaction zone,so the detonation front of outside explosive layer is behindhand than the detonation front of center. [
    研究结果表明 ,工业炸药的爆轰为非理想爆轰 ,高压爆轰产物发生径向膨胀而引起向反应区内传播的径向稀疏波 ,造成反应区中能量的向外耗散 ,外层的炸药反应不完全 ,其所产生的能量不足以维持爆轰波的稳定传播 ,致使炸药外层的传播落后于中心的传播
短句来源
    It is showed that industry explosives have nonideal detonation character of low detonation velocity and low detonation pressure, and the theoretic values are approximating to experimental results. 
    结果表明,工业炸药具有低爆速和低爆压的非理想爆轰特征,而理论计算值和实验值比较接近,获得了较好的结果。
短句来源
更多       
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The expansion of Ammonium Nitrate(AN) is a novel technology.The guideline of this innovation is the self\|sensitization of AN.It is a breakthrough form classic method.The approach to self\|sensitization is the expansion of AN.Its essence is a surface active technology applied to powder industrial explosive,and it is a physical chemistry process under coercive crystallization.\;In this paper,the mechanism and technical characteristics of expansion are discussed and its unique advantage is shown.The expanding...

The expansion of Ammonium Nitrate(AN) is a novel technology.The guideline of this innovation is the self\|sensitization of AN.It is a breakthrough form classic method.The approach to self\|sensitization is the expansion of AN.Its essence is a surface active technology applied to powder industrial explosive,and it is a physical chemistry process under coercive crystallization.\;In this paper,the mechanism and technical characteristics of expansion are discussed and its unique advantage is shown.The expanding technology of AN is mainly applied to rock expanded AN explosive and its comparison with other industry explosives is given.The expanding technology is also used in manufacturing of permitted explosive for coal mine. [

硝酸铵膨化技术是一创新技术,创新设计的指导思想是硝酸铵自敏化,硝酸铵自敏化的提出是对国内外传统方法的突破。实施自敏化的技术途径是硝酸铵的膨化,其实质是表面活性技术在粉状炸药中的应用,是一个强制析晶的物理化学过程。文章重点讨论了硝酸铵膨化机理及膨化硝酸铵的技术特征,显示其独特的优点。硝酸铵膨化技术主要应用是岩石膨化硝铵炸药,给出了岩石膨化硝铵炸药的爆炸与物理特征数据,并与其它工业炸药做了比较。同时也推广应用在煤矿许用型炸药中。

The detonation front of bottom for 100 mm×100 mm rock expanded AN,colliery expanded AN,No.2 rock and emulsion explosives have been menstruated by wave test method,and the t R?L R figures and L R simulate function of wave have been obtained by process detonation front of bottom.This is showed that the detonation of industry explosives is not ideal detonation,because reaction products of high pressure occurrence radial expansion so that cause radial sparse wave,energy damnify,reaction of outside explosive...

The detonation front of bottom for 100 mm×100 mm rock expanded AN,colliery expanded AN,No.2 rock and emulsion explosives have been menstruated by wave test method,and the t R?L R figures and L R simulate function of wave have been obtained by process detonation front of bottom.This is showed that the detonation of industry explosives is not ideal detonation,because reaction products of high pressure occurrence radial expansion so that cause radial sparse wave,energy damnify,reaction of outside explosive layer is not complete and its the energy for producing can not maintain to detonation wave of the stability propagation inside reaction zone,so the detonation front of outside explosive layer is behindhand than the detonation front of center. [

用波形测试法测定了 10 0 mm× 10 0 mm岩石膨化、煤矿膨化、铵梯以及乳化炸药药柱的底面输出波形 ,经过对底面爆轰波阵面处理后获得 t- R、L - R图形以及 L - R波形拟合函数。研究结果表明 ,工业炸药的爆轰为非理想爆轰 ,高压爆轰产物发生径向膨胀而引起向反应区内传播的径向稀疏波 ,造成反应区中能量的向外耗散 ,外层的炸药反应不完全 ,其所产生的能量不足以维持爆轰波的稳定传播 ,致使炸药外层的传播落后于中心的传播

The detonation velocity and detonation pressure of rock expanded AN, colliery expanded AN, No.2 rock and emulsion explosives have been measured by polymethyl methacrylate method in this paper, and the detonation parameters and the equilibrium composition of detonation products at CJ state of rock expanded AN and No.2 rock explosives have been computed by means of the VLWR code. It is showed that industry explosives have nonideal detonation character of low detonation velocity and low detonation pressure,...

The detonation velocity and detonation pressure of rock expanded AN, colliery expanded AN, No.2 rock and emulsion explosives have been measured by polymethyl methacrylate method in this paper, and the detonation parameters and the equilibrium composition of detonation products at CJ state of rock expanded AN and No.2 rock explosives have been computed by means of the VLWR code. It is showed that industry explosives have nonideal detonation character of low detonation velocity and low detonation pressure, and the theoretic values are approximating to experimental results.

用有机玻璃法测定了岩石膨化、煤矿膨化、铵梯以及乳化炸药的爆速和爆压,同时用VLWR爆轰程序对岩石膨化硝铵和铵梯炸药的爆轰参数及C-J产物的平衡组成进行了计算。结果表明,工业炸药具有低爆速和低爆压的非理想爆轰特征,而理论计算值和实验值比较接近,获得了较好的结果。

 
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