1.
Operational Effectiveness Evaluation on Information Operation of Surface-to-surface Missile Weapon System
地地战术导弹武器系统信息作战效能评估
2.
Test Methodology Studies on Surface -to-Surface Tactical Missile Brigade Communication System
地地战术导弹旅综合通信系统试验方法研究
3.
RECENT DEVELOPMENT AND TREND OF TBM AND ATBM ABROAD
国外近程战术地地导弹和反战术弹道导弹的发展概况
4.
RESEARCH OF ACTUATOR IN FULLDISTANCE CONTROL OF TACTICAL SURFACE TO SURFACE MISSILE
战术地地导弹全程控制执行机构研究
5.
Tomahawk land-attach missile with nuclear warhead
战斧陆地(进攻)核(弹头)导弹
6.
Research on Ballistic Missile Guidance Based on Geomagnetism Field Information
基于地磁场信息的弹道导弹制导技术研究
7.
Analyzing on the Influences of Electronic Warfare for Ground-to-Air Missile Intercepting Air-Targets;
电子战对地空导弹拦截行动影响分析
8.
Additionally there are ground-to-air, ground-to-ground, air-to-ground and air-to-air missiles, etc.
另外，还有地对空导弹、地对地导弹、空对地导弹、空对空导弹等。
9.
Combat Effectiveness Analyses of Air-launched Hypervelocity Cruise Missile to Surface;
空射高超声速巡航导弹对地作战效能分析
10.
The Simulation of Damage Probability on the Fragment Air-defence Warhead;
破片杀伤式地空导弹战斗部杀伤概率计算
11.
The Application of AHP in Battle Disposition of the Blending Surface to Air Missile;
AHP法在地空导弹混编群战斗部署中的应用
12.
Methods of Troops Demand Analysis for Operational Disposition of Ground-to-Air Missile Forces;
地空导弹兵作战部署兵力需求分析方法
13.
Research and Application of Queuing Theory in Surface to Air Missile System Appraising
排队论在地空导弹系统作战评估中的应用研究
14.
Monte-Carlo Simulation Method for Battle Damage Probability of S-A Missile Equipment
地空导弹装备战斗损伤概率的蒙特卡罗模拟
15.
Study and implementation of battlefield repair system for surface to air missile equipment
地空导弹武器装备战场抢修系统的研究和开发
16.
Matter-Element Model of Optimum Route Selection for Surface to Air Missile Troops' Mobile Battle
地空导弹部队机动作战路线优选的物元模型
17.
Autonomous Navigation Modification Based on Passive Observation to Feature Target for Cruise Missile
飞航导弹地标被动观测自主导航修正技术
18.
Using parabolic trajectory of ballistic missile, surface to air missile with solid propellant can realize the aim of lesser weight and farther range.
地空导弹采用弹道导弹的抛物弹道技术，能够实现应用固体推进剂达到低质量远射程的目标。