摘要
研究了用程序燃烧法计算非理想爆轰时引进不真实反应速率和人为粘性对化学反应区终点处参数的影响，证实不会引起流体力学波和程序燃烧波的分离。还给出了一般炸药状态方程情况的爆速曲率关系和对化学反应区终点参数计算误差的估计。
In this paper,the effects of false burning rate and artificial viscosity from the programmed burning method for computation of nonideal detonation on parameters in the end of chemical reaction zone are studied.It has been proved that the reaction and hydrodynamic fronts may not separate each other because of these effects.The relations between detonation speed and curvature for general equation of state of explosive,and the estimation of the computational errors on parameters in the end of reaction zone are also presented.
出处
《爆炸与冲击》
EI
CAS
CSCD
北大核心
1999年第1期1-6,共6页
Explosion and Shock Waves
基金
中物院科学技术基金
