The method to select and determine the dispersion radius of penetration cluster warhead in blocking the runway of airdrome is analyzed.

This paper discusses the Monte Carlo method of calculating blockage probability of the intrusive submunition missile when attacking the airdrome runway, and takes one warhead for example to set up math model and imitation model.

The separation height of intrusive submunition missile directly affects the attacking effect of the missiles.

According to the problem on airfield blocked of surface-air intrusive submunition missile, new integrated models of airfield blocked were set up and simulated.

Bullet\'s dispersion characteristic parameters of intrusive cluster warhead directly affect the damage effectiveness of intrusive bullets against targets,and it\'s an important aspect of the cluster warhead\'s research.

Theoretical study and numerical simulation on the phenomenon of submunitions turnover around an axis perpendicular to flight direction of the submunition in the experiment on explosion dispersion of submunitions are first carried out in this paper.

A new concept using interdiction submunition to attack airport runway was put forward and compared with conventional interdiction method.

This article is the third section to analysis effectiveness of the damage submunition against aircraft carrier.

As a new approach to evaluate the effectiveness of cargo projectile, holomorphic simulation method successfully obviated the mathematic problem of calculating overlapped damage area of sub-munitions.

This paper presents out a method of increasing penetrating probability by means of adjusting cargo projectile ejection height in the background of ballistic missile penetrating "Patriot" system.

This paper presents the overlapping coefficient (OE) concept for cargo projectile by ground gun on target area to evaluate damage probability,which corrects the error of damage effect using the traditional evaluation method.