灭火弹

针对液体灭火弹引战配合设计，研究液态灭火剂动态抛撒面积与炸高的关系。

For the design of fire-extinguishing ammunition , the mathematic relationship between dynamic action area and stand-off distance was presented .

本文在分析了膛内压力分布规律的基础上，建立了灭火弹内弹道数学模型。

The mathematical model of inner trajectory of the shell was established after analyzed the distribute law of inside pressure .

外弹道建模过程中，建立了考虑空气阻力影响的外弹道数学模型。同时，给出了修正方法，在此基础上，建立了灭火弹外弹道数据库。

The mathematical model of external trajectory in conditions of air resistance was established and the correction methods were provided at the same time .

对于空投式和整体弹型灭火弹，弹体内装有灭火干粉和抛撒管。

For the dropping type fire-extinguishing bullet and the entirety bullet type fire-extinguishing bullet , fire-extinguishing powder and spreading pipes are arranged in bullet bodies .

根据灭火弹的工作特点与性能要求确定了灭火弹的总体方案，并着重阐述了弹体结构及引信控制系统的研究方法和过程。

The system design for the shell was focused on the structure and electronic fuze control system , based on the working characteristic and demand for performance of the fire-fighting shell .

灭火弹由于可以通过迫击炮、火箭等设备发射，从而不受地形、地势条件的影响，因此可以实现人工远距离控火、灭火。

Fire-extinguishing bomb , which could be launched by mortar , missile and other facility , has the advantages of realization remote fire controlling and fire fighting as not subjected to the influence of topography and terrain .

高层建筑消防作为一个世界性的难题已越来越受到重视，灭火弹是一种有效的针对高层建筑火灾扑救的灭火设备，目前各国在该领域正加大投入并已研制了一系列相关产品。

Fire fighting for towers was highly regarded as a cosmopolitan problem . Fire-fighting shell is a fire extinguisher aimed at fire fighting for towers , nowadays a series of fire extinguishers have been manufactured all of the world .