1.
Research on Principal Axis Control System of Variable Vector Propeller of Submarine;
潜器全方位推进器主轴控制系统研究
2.
A Visual Simulation of Submarine Variable Vector Propeller Control System
潜器全方位推进器控制系统视景仿真
3.
Design a robust H_∞ controller for principal axis speed of variable vector propeller
潜器全方位推进器主轴转速鲁棒H_∞控制器设计
4.
Research on Control Techniques of Hydraulic Servo System for Variable Vector Propeller;
潜器全方位推进器液压伺服控制技术研究
5.
H~∞ robust control for principal axis speed of variable vector propeller of submersible vehicle
潜器全方位推进器主轴转速H~∞鲁棒控制
6.
Mechanism Design and the Performance Research of Variable Vector Propeller of Submarine;
潜器全方向推进器的机构设计及其性能研究
7.
The Design of Variable Vector Propeller and Research on the Application to Submarine;
全方向推进器的设计及其在潜艇上的应用研究
8.
omnibearing indicator
全方位指示器全方位指示器
9.
The Adaptive Control of Direct Current Electric Motor Propulsion System of Naval Vessel;
潜器直流永磁电机推进系统的自适应控制
10.
Propulsive System Failure Detection of Autonomous Underwater Vehicle Based On Model Fusion
基于模型融合的自主潜器推进系统故障诊断
11.
Design of dynamic vibration absorbers to reduce axial vibration of propelling shafts of submarines
基于动力吸振器的潜艇推进轴系轴向减振研究
12.
TransmissionType: Mechanic, full synchronizer,forward geas:5,Operating: Manual,
变速器型式: 机械式，全同步器,前进档位数:5,操纵方式:手动
13.
Study on the Hydrodynamic Characteristics and Experimental Design of Variable Vector Propeller;
全方向推进器的水动力性能计算与试验设计研究
14.
isotropic radiator
各向同性辐射体;全方位辐射器;全向辐射器
15.
Robust Control of Induction Motor as DSV Driver Based on Decoupling and Linearization;
基于解耦线性化的潜器推进感应电动机鲁棒控制研究
16.
The main research direction of Professor Zhan Jialiang is ： Propulsion system of spacecraft.
主要研究方向：航天器推进系统研究。
17.
A Study on Hydrodynamic Performance of POD Propulsion
吊舱推进器水动力性能预报方法研究
18.
Research on designing of cavitation monitoring project in waterjet propulsion
喷水推进器空化监测方案的设计研究