1) underwater manned submersible
水下载人潜水器
2) manned submersible
载人潜水器
1.
Design summary for the exostructure of deep-sea manned submersible;
深海载人潜水器外部结构设计研究
2.
Determination of fatigue load spectrum for pressure hull of a deep manned submersible;
大深度载人潜水器载人耐压球壳的疲劳载荷谱分析
3.
The present design status of the spherical pressure hull in the deep-sea manned submersible was reviewed and the characteristic of the spherical hull of 6 000m class manned submersible was compared.
回顾了国内外深海载人潜水器载人球壳的设计现状,对国际上6000米级载人球壳的特征进行了分析比较,并采用塑性分析方法对不同内径的钛合金载人球壳给出了设计厚度和重量特性,分别探讨了安全系数、球壳内径、体积密度、球壳重量等设计因素。
3) HOV
载人潜水器
1.
Multidisciplinary Design Optimization (MDO): A promising tool for the design of HOV;
多学科设计优化:载人潜水器设计的一种新工具(英文)
2.
Application of MDO Method to 7000m HOV General Design;
多学科设计优化方法在7000米载人潜水器总体设计中的应用
3.
System Synthesis Model for a HOV in Conceptual Design
载人潜水器概念设计中的系统集成模型(英文)
4) manned submarine
载人潜水器
1.
This paper introduces the propulsion system components and the thruster configuration of a manned submarine with 7000m operation depth at first.
介绍了7000米载人潜水器推进系统的组成和推进器布置,描述了潜水器控制分配问题,对推进器推力和期望控制量进行了归一化处理。
2.
This paper analyses the propulsion system of a 7000m manned submarine,offers a 6-dof thrust conversion model,and discusses its optimal control allocation problem in particular.
以7000m载人潜水器为研究对象,分析了潜水器的推进系统,并给出了6自由度推力转换模型,重点讨论了载人潜水器控制分配的优化问题。
5) 7000 m human-loaded submarine
7000米载人潜水器
1.
This paper introduced the PWM(Pulse-Width Modulation) control methodof trim regulating system used in Nation 863 momentous special item 7000 m human-loaded submarine,and studied the influence of this control method upon the dynamical features of the system,finally gave the test data of the real system and analyses of their features.
介绍了国家863重大专项7000米载人潜水器纵倾调节系统PWM(Pulse-Width Modulation)控制方法,并研究了该控制方法对系统动态性能的影响,文中给出了实际系统的测试数据和性能分析等。
6) manned submersible vehicle (MSV)
载人潜水器(MSV)
补充资料：轻潜水(见潜水装具)
轻潜水(见潜水装具)
light diving
qingqiQnshu-轻潜水(li ght diving)见潜水装具
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条