[1]王泽山.远射程发射装药与模块装药[J].南京理工大学学报(自然科学版),2003,(05):466-472.
 WangZeshan.Propelling Charge and Modular Charge Systems for the Extended Firing Range[J].Journal of Nanjing University of Science and Technology,2003,(05):466-472.
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远射程发射装药与模块装药()
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《南京理工大学学报》(自然科学版)[ISSN:1005-9830/CN:32-1397/N]

卷:
期数:
2003年05期
页码:
466-472
栏目:
出版日期:
2003-10-30

文章信息/Info

Title:
Propelling Charge and Modular Charge Systems for the Extended Firing Range
作者:
王泽山
南京理工大学化工学院 南京210094
Author(s):
WangZeshan
School of Chemical Engineering,NUST,Nanjing 210094
关键词:
发射药 发射装药 模块装药 初速 膛压 双模块 全等模块
Keywords:
gun propellant s propelling charge modular charge systems muzzle velocity chamber pressure b-i modular charg e systems unimodular charge systems
分类号:
TJ30
摘要:
该文论述 1 55mm火炮装药系统。该装药采用了高增面性火药及其药型 ,低压力温度系数装药 ,以及提高小号装药压力的补偿装药等技术。这是一种高威力的发射装药系统 (HPPCS) ,它可以将 4 5倍口径、2 3L药室的 1 55mm火炮 ( 4 5-2 3- 1 55mm)初速提高到 94 5~ 96 0m/s。HPPCS适用于 39- 1 8- 1 55mm、4 5-2 3- 1 55mm、52 - 2 3- 1 55mm火炮系统。HPPCS有 2种弹道方案可供选择 :一个是用 4 5- 2 3- 1 55mm火炮发射ERFB弹 ,将初速提高到 94 5m/s ,另一个方案是将初速提高到 96 0m/s。这 2种选择都用双模块装药和全等模块装药。射击试验和模拟计算结果显示 ,初速、最大压力、温度系数都与设计的一致。
Abstract:
This paper presents a 155 mm artillery charge system designed by the author. T he propelling charge system uses highly prog ressive gun propellant compositions and geomet ries, a charge w ith low-temperature coeff icient for pressure, and a pressure-compensat ing charge that increases pressure for the lower zones. The 155 mm art illery charge system, a Highly Pow erful Propelling Charge System ( HPPCS) , has been developed w ith increased muzzle velocity of 945~ 960 m/ s for 45- 23- 155 mm how it zer. HPPCS is fully interoperable w ith all 39- 18- 155 mm, 45- 23- 155 mm, 52- 23- 155 mm ballist ic systems. T here are tw o ballistic options for the HPPCS. The f irst one is to achieve a muzzle velocity of 945 m/ s w ith the ERFB projectile for 45- 23- 155 mm how itzer, and the second one is to increase muzzle velocity to 960 m/ s. For both options, the b-i modular and the unimodular charge systems are employed. Firing results and numerical simulat ion show complete agreement in veloc-i ty, max pressure, and temperature coefficient.

参考文献/References:

1 Lekota M. G6- 52: T he most advanced artiller y system available[ Z] . Pretoria, Sout h Africa: LIW( A Division of Denel Ltd) , 2003.
2 Somchem Co. M64 BMCS- technical information[ Z] . Somerset West, South Afirica: Somchem of Denol Ltd, 2003.
3 王泽山, 欧育湘, 任务正, 等. 火炸药科学技术[M] . 北京: 北京理工大学出版社, 2003. 226~242.
4 L Chang , Robert G, Warren G, et al. Modular ar tillery charg e system [ P] . US: 5747723, 1998-05- 05.
5 Karsten P A. Long range ar tillery : The next generation[ A] . 17th International Symposium on Ballist ics[ C] . Midrand, South Africa: The International Ballistics Committee, 1998. 133~ 140.
6 Andersson K. Differ ent means to reach long rang e, \65 km, for futur e 155 mm artillery system[ A] . 17th Inter national Symposium on Ballist ics[ C] . Midr and, Sout h Africa: The I nternat ional Ballistics Committee, 1998. 23~ 27.

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备注/Memo

备注/Memo:
王泽山( 1935) ) , 男, 1954 年8 月就读哈尔滨军事工程学院, 教授, 博士生导师, 工程院院士( 1999 年入选) 。主要研究方向: 含能材料。E-mail: w angzsh@ cae. cn
更新日期/Last Update: 2013-03-17