2019年5期
刊物介紹
《防務技術》(ISSN 1673-002X) 是由中國兵工學會主辦的科技類綜合性學術期刊，創(chuàng)刊于2005年，原名《兵工學報》英文刊，2013年起正式更名為《防務技術》，現(xiàn)為季刊。本刊發(fā)表基礎理論、應用科學和工程技術領域高水平原創(chuàng)性學術論文，包括理論研究、數(shù)值模擬和實驗研究類文章。其宗旨是通過這個平臺，報道和反映中國和國際防務技術領域的最新學術研究成果，主辦單位力爭在廣大科技工作者的支持下，用較短的時間，將其打造成為國際知名刊物。本刊專業(yè)范圍包括：裝甲、彈道、信息、計算機、材料、航空航天、力學等與防務技術相關的各個領域。
Defence Technology
- 31st International Symposium on Ballistics, Hyderabad, India, 4e8 November 2019
- Comparative analysis of the effects of gunpowder and plasma ignition in closed vessel tests
- Numerical simulation on the pressure wave in a 30 mm electrothermal-chemical gun with the discharge rod plasma generator
- Design optimization for a launching system with novel structure
- Influence of multiple structural parameters on interior ballistics based on orthogonal test methods
- Design and manufacture of a 100 kA coaxial pulsed power cable for plasma generator and PPS in ETC guns
- A prediction method for the performance of a low-recoil gun with front nozzle
- Effect of the firing position on aiming error and probability of hit
- Analysis of in-bore balloting and control of jump variability
- Research on momentum transfer in simple railgun
- A comparison of piecewise cubic Hermite interpolating polynomials,cubic splines and piecewise linear functions for the approximation of projectile aerodynamics
- Aerodynamic and trajectory characteristics of a typical mortar projectile with a deflectable nose
- Firm embedding behavior of annular grooved projectiles impacting ductile metal targets
- Re-visiting the mass-flux model for Explosive Reactive Armor and the effect of plate thickness
- Deformation, fragmentation and acceleration of a controlled fragmentation charge casing
- Bore-center annular shaped charges with different liner materials penetrating into steel targets
- Investigation on the influence of the initial RDX crystal size on the performance of shaped charge warheads
- Experimental studies of explosion energy output with different igniter mass
- Modeling of the whole process of shock wave overpressure of freefield air explosion
- Analysis of global momentum transfer due to buried mine detonation