1.
Effect Evaluation Method of Hydroacoustic Electronic Warfare Equipment Countering Platform Sonar
水声对抗器材对抗平台声纳效果评估方法
2.
Evaluation of Anti-torpedo Operational Effectiveness with Acoustic Countermeasure
水声对抗器材对抗鱼雷战斗使用效果评估
3.
The method of counterwork effectiveness of the UACE has an important reference value for researching the UACE and the underwater acoustic countermeasure system.
该效果评估方法对水声对抗器材及水声对抗系统的研究有着重要的参考价值。
4.
Study on the Modeling of Underwater Acoustic Countermeasure Equipments and the Methods of Target Feature Extraction;
水声对抗器材建模及目标特征参数提取方法研究
5.
Plane wave generator has been designed with round bomb.
采用炸药柱近似模拟平面波发生器,利用传感器对3种玻纤复合材料的抗爆震性能进行了研究。
6.
STUDYING EFFECT OF TWILL OF WOOD ON COMPRESSIVE STRENGTH
木材斜纹对抗拉、抗压强度影响的研究
7.
Electrochemical impendence study of polyaniline/activated carbon composite material capacitor
PANI/AC复合材料电容器的交流阻抗分析
8.
Research of Sensors Based on Giant Magnetoimpedance Effect of Co-rich Amorphous Materials
基于钴基非晶材料巨磁阻抗效应传感器的研究
9.
Experimental study of anti-shock performance of metal rubber material used in aircraft
某飞行器用金属橡胶材料抗冲击实验研究
10.
Research on the anti-swelling property of rubber material soaked in methanol
橡胶材料对甲醇汽油的抗溶胀性研究
11.
Effects of amount of Sialon on slag corrosion resistance of MgO-C refractory
Sialon含量对镁碳材料抗渣性能的影响
12.
Opponent Modeling in Adversarial Multi-robot System Simulation
多机器人对抗系统仿真中的对手建模
13.
Models of Comparative Superiority Evaluation for Offensive-defensive Confrontation Weapon Equipment
空防对抗武器装备对比优势评估模型
14.
Lead the team to do the research on insulation materials, inner insulation technology of large-scale electric power equipment including transformer, reactor, capacitor, voltage and current transformer, and fundamental theory study.
带领团队从事绝缘材料、压器/抗器/容器/感器等大型电力设备内绝缘技术及基础理论研究等。
15.
The Ability Analysis and Research of Various Reactance Relay against Transient Resistance
对多种阻抗继电器抗过渡电阻能力分析与研究
16.
Identifies the Key Material object that belongs to the server.
标识属于服务器的关键材料对象。
17.
a misuser of school athletic equipment.
对学校体育器材不加爱护的使用
18.
Effects of Substrate Material of NDLECSI GaAs on the Performance of MESFET Devices;
NDLECSI GaAs衬底材料对MESFET器件性能的影响