CAJ | 학술논문

运用化学流体力学基本理论，建立了一维激波诱导可燃气体爆燃的九化学反应模型，完成了CO气体爆燃过程的数值模拟，由CO气体密度的变化以及流场中压力和温度的相应变化，清楚地说明了激波诱导可燃气体爆燃的发生机制以及对灭火的重要影响。
운용화학류체역학기본이론，건립료일유격파유도가연기체폭연적구화학반응모형，완성료CO기체폭연과정적수치모의，유CO기체밀도적변화이급류장중압력화온도적상응변화，청초지설명료격파유도가연기체폭연적발생궤제이급대멸화적중요영향。
Based on the theory of reaction fluid dynamic, numerical simulate about the process that shock waves induce the combustible gas deflagrating in one-dimensional system with the chemical model of nine equation is successfully accomplished. The generation mechanism of the induced process and an important effect of shock waves extinguishing the forest fire are clearly interpreted by the density variety of CO and the variety of pressure and temperature in the field.