학술논문
岛礁防空火力单元配置距离计算模型 / Models to Calculate the Deployment Distance of Reef Air Defense Fire Units
Document Type
Academic Journal
Author
Source
兵工自动化 / Ordnance Industry Automation. 36(10):38-79
Subject
Language
Chinese
ISSN
1006-1576
Abstract
为合理确定防空火单元与掩护对象的配置距离及防空火力单元间的配置距离,建立岛礁防空火力单元的配置距离计算模型.针对岛礁面积狭小的特点,分析岛礁地域纵深对火力单元配置的限制,给出岛礁防空火力单元对掩护对象的配置距离计算模型;针对岛礁防空兵力有限的特点,主要分析火力杀伤纵深和正面掩护宽度2个因素对防空火力单元间配置距离的影响,建立火力杀伤纵深和正面掩护宽度条件约束下的岛礁防空火力单元间配置距离模型.算例结果表明:该研究可为岛礁防空火力单元的部署提供决策支持,提升防空部署的科学性.
In order to calculate the deployment distance between fire unit and its protected object or the distance between different fire units for the reef air defense, deployment distance models of reef anti-aircraft fire unit were built. Based on the small size of reef and its area depth limit to fire unit deployment, distance calculation model of the fire unit to its protected object was given. Due to the limited number of air defense force on the reef, killing depth and cover width of fire units were focused on. The deployment distance of fire units was analyzed and modeled based on constraints from the depth and width of the killing zone. Calculation example shows that the models can provide decision support and enhance the scientificness of air defense deployment.
In order to calculate the deployment distance between fire unit and its protected object or the distance between different fire units for the reef air defense, deployment distance models of reef anti-aircraft fire unit were built. Based on the small size of reef and its area depth limit to fire unit deployment, distance calculation model of the fire unit to its protected object was given. Due to the limited number of air defense force on the reef, killing depth and cover width of fire units were focused on. The deployment distance of fire units was analyzed and modeled based on constraints from the depth and width of the killing zone. Calculation example shows that the models can provide decision support and enhance the scientificness of air defense deployment.