兰彻斯特方程是描述交战过程中双方兵力变化关系的微分方程组。因系F.W.兰彻斯特所创，故有其名。
建立基于兰彻斯特方程的聚合级实体损耗模型的关键在于损耗率系数的确定。
The key of aggregated force attrition modeling based on lanchester equation is the calibration of attrition coefficient.
兰彻斯特方程是描述战场对抗的经典公式，新的条件下探索其描述形式具有重要意义。
This paper analyses the expression equation and meaning of the Lanchester equation, integrating countermeasure characteristics with the battle pattern of the current multi-dimensional war.
运用将影响图因子理论与兰彻斯特方程相结合的建模方法，建立了机载火控系统的对空作战效能评估模型。
A modeling method that combined the theories of influence diagrams and Lanchester equation was applied to build the air-combat model of airborne fire control systems.
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