四川兵工学报
四川兵工學報
사천병공학보
Journal of Sichuan Ordnance
2015年
10期
10-14
,共5页
赵玉清%田斌%谢增亮%李建强%盛鹏
趙玉清%田斌%謝增亮%李建彊%盛鵬
조옥청%전빈%사증량%리건강%성붕
弹道修正引信%设计思想%分析%发展%设计规范
彈道脩正引信%設計思想%分析%髮展%設計規範
탄도수정인신%설계사상%분석%발전%설계규범
trajectory correction fuze%design idea%analysis%development%design specification
弹道修正引信使普通炮弹具有准精确打击能力,并且其造价低廉,呈现蓬勃发展之势;美国二维弹道修正引信XM1156精确制导组件已列装,美陆军希望以精确制导组件项目为依托,全面推进普通榴弹炮、加农炮和迫击炮炮弹的制导化改造;它的装备与应用对于其他寻求普通炮弹精确化的国家有着重要的指引和参考作用;通过介绍和对比世界各国弹道修正引信的结构原理和发展情况,分析了美欧弹道修正引信的设计思想和发展趋势;指出了我国弹道修正引信发展方向以及我国发展弹道修正引信应该走的路子,建议制定弹道修正引信设计规范,以借鉴国外经验,少走弯路。
彈道脩正引信使普通砲彈具有準精確打擊能力,併且其造價低廉,呈現蓬勃髮展之勢;美國二維彈道脩正引信XM1156精確製導組件已列裝,美陸軍希望以精確製導組件項目為依託,全麵推進普通榴彈砲、加農砲和迫擊砲砲彈的製導化改造;它的裝備與應用對于其他尋求普通砲彈精確化的國傢有著重要的指引和參攷作用;通過介紹和對比世界各國彈道脩正引信的結構原理和髮展情況,分析瞭美歐彈道脩正引信的設計思想和髮展趨勢;指齣瞭我國彈道脩正引信髮展方嚮以及我國髮展彈道脩正引信應該走的路子,建議製定彈道脩正引信設計規範,以藉鑒國外經驗,少走彎路。
탄도수정인신사보통포탄구유준정학타격능력,병차기조개저렴,정현봉발발전지세;미국이유탄도수정인신XM1156정학제도조건이렬장,미륙군희망이정학제도조건항목위의탁,전면추진보통류탄포、가농포화박격포포탄적제도화개조;타적장비여응용대우기타심구보통포탄정학화적국가유착중요적지인화삼고작용;통과개소화대비세계각국탄도수정인신적결구원리화발전정황,분석료미구탄도수정인신적설계사상화발전추세;지출료아국탄도수정인신발전방향이급아국발전탄도수정인신응해주적로자,건의제정탄도수정인신설계규범,이차감국외경험,소주만로。
The trajectory correction fuze the common shell has the precision strike capability and the ad-vantages of low cost and showing booming trend. American two-dimensional trajectory correction fuze XM1156 precise guidance components have been installed,and the United States army hopes to taking PGK project as a foundation to comprehensively promote the transformation of ordinary guided howitzer, cannon and mortar shells. American equipment has important guidance and reference for other equipment and equipment’s application for ordinary shells accurate state. Through the introduction and comparison of structure principle and the development of trajectory correction fuze of the countries all over the world,we analyzed the design thought and the development trend of the United States and Europe trajectory correction fuze. It points out that our trajectory correction fuze development direction and the path of China’s devel-opment of trajectory correction fuze,and recommended the development of trajectory correction fuze design code is that to learn from foreign experience and avoid detours.