火力与指挥控制
火力與指揮控製
화력여지휘공제
FIRE CONTROL & COMMAND CONTROL
2009年
10期
100-102,107
,共4页
火力毁伤%兰切斯特方程%弹药需求%动态模型
火力燬傷%蘭切斯特方程%彈藥需求%動態模型
화력훼상%란절사특방정%탄약수구%동태모형
firepower damage%Lanchester equation%ammunition demand%dynamic model
弹药是火力打击和火力毁伤的基础.传统的火力毁伤弹药需求计算主要有两种思路,一种是不考虑对抗,单纯基于目标的幅员和弹药的毁伤概率静态计算弹药的需求,一种是考虑对抗,运用兰切斯特方程计算弹药的消耗,这样求得的预测结果与实际需求均有较大的差距.研究发现,将基于目标打击的弹药需求和在对抗条件下武器损耗因素结合起来考虑,可以有机地将两种弹药消耗的计算思路融合在一起,建立新的数学模型,所得结果反映了弹药实际需求与外部因素的内在关系,与实际作战更加相符,对战时的弹药供应决策具有重要意义.
彈藥是火力打擊和火力燬傷的基礎.傳統的火力燬傷彈藥需求計算主要有兩種思路,一種是不攷慮對抗,單純基于目標的幅員和彈藥的燬傷概率靜態計算彈藥的需求,一種是攷慮對抗,運用蘭切斯特方程計算彈藥的消耗,這樣求得的預測結果與實際需求均有較大的差距.研究髮現,將基于目標打擊的彈藥需求和在對抗條件下武器損耗因素結閤起來攷慮,可以有機地將兩種彈藥消耗的計算思路融閤在一起,建立新的數學模型,所得結果反映瞭彈藥實際需求與外部因素的內在關繫,與實際作戰更加相符,對戰時的彈藥供應決策具有重要意義.
탄약시화력타격화화력훼상적기출.전통적화력훼상탄약수구계산주요유량충사로,일충시불고필대항,단순기우목표적폭원화탄약적훼상개솔정태계산탄약적수구,일충시고필대항,운용란절사특방정계산탄약적소모,저양구득적예측결과여실제수구균유교대적차거.연구발현,장기우목표타격적탄약수구화재대항조건하무기손모인소결합기래고필,가이유궤지장량충탄약소모적계산사로융합재일기,건립신적수학모형,소득결과반영료탄약실제수구여외부인소적내재관계,여실제작전경가상부,대전시적탄약공응결책구유중요의의.
Ammunition is the base of firepower blow and firepower damage. There are two traditional calculation methods of ammunition demand, one method does not consider the counterwork, only based on the dimensionality of target and the damage probability of ammunition to calculation the demands of ammunitions, the other method considers the counterwork, only calculate the demands of ammunitions by the Lanchester Equation. Both of the methods can not calculate the true demands of ammunitions. The research shows that if considers the two conditions what are the demands of ammunitions based on the target blow and the factor of weapons waste together, it will fuse the two methods and build a new mathematic model. The results reflect the inner relation between the true demands of ammunitions and the exterior factors, and accord with the practice campaign experience. So these method and result have the important significance on the decision-making of ammunition supplying in war.