conventional submarine

Function Analysis of the Water Collecting Box Used in Conventional Submarine Diesel Exhaust System

常规潜艇柴油机排气系统集水箱功能探析

This article proposes a global analysis system of operational effectiveness for conventional submarine .

详细分析了常规潜艇作战能力的评价体系；

Computer Simulation of Operating Conditions of Power Plant in Modern Conventional Submarine SYSTEM

现代常规动力潜艇动力系统计算机仿真

On technology of constructing success oriented mission profile of conventional submarine

基于任务成功性的常规潜艇任务剖面构建

Analysis of the Present Situation and Development of the Electrical Propulsion Plant on Modern Conventional Submarine

现代常规动力潜艇电力推进装置的现状及发展分析

Research on the technique of AIP for the conventional submarine

常规潜艇AIP系统的关键技术初探

AIP ( Air Independent Propulsion System ) system provides effective solutions for power system of conventional submarine .

不依赖空气的推进系统，即AIP（AirIndependentPropulsionSystem）系统的出现为常规潜艇的动力系统提供了有效的解决方案。

Results of a tentative study on mathematical molded lines for a conventional submarine is presented .

本文是计算机辅助常规潜艇数学型线生成的一次尝试性的研究。

This paper gives the requirements of conventional submarine in 21st century according to modern war and submarine mission .

本文根据现代战争与潜艇使命，提出了对21世纪常规潜艇的要求。

PERMASYN motor is the first new type of high power density motors successfully used in conventional submarine propulsion system .

PERMASYN船用推进永磁电动机是世界上第一台成功应用于常规潜艇推进系统的新型高功率密度电动机。

The underwater launch test was firstly carried out from the No.200 Golf class conventional submarine .

在水下发射测试首先从一艘弦号200“高尔夫”级常规潜艇上进行。

Analysis of Functions of Exhaust Cooled Muffler for Exhaust-Gas Turbo-Charging Diesel Engine Used in Conventional Submarine

常规潜艇废气涡轮增压柴油机排气冷却消声器的功用分析

In the last five to seven years , China has produced two new types of conventional submarine and two new types of nuclear-powered submarine .

在过去5至7年内，中国已生产了两种新型常规潜艇和两种新型核潜艇。

Computer-Aided Generation of Body-Plan for a Conventional Submarine

常规潜艇计算机辅助设计的数学型线生成

Aim : To investigate the changes of submariners ' hearing after a 60 days voyage in a conventional submarine .

目的：观察了解常规潜艇艇员长航前后听力变化情况。

Trend of Power Installations for Conventional Submarine in 21 ~ ( st ) Century & Diesel Electric and Small Reactor Hybrid Motive Propulsion

21世纪常规潜艇动力发展方向&柴电与小堆核电组合动力推进

The experimentations and the practical engineering examples reveal that rubber bearing don 't fit warships , especial for conventional submarine .

试验和工程证明，橡胶轴承并不适用于隐蔽性要求较高的舰艇，特别是常规潜艇。护卫舰撞击了潜艇。

Influence of underwater voyage of conventional submarine on the sinus rhythm and heart rate variability in 24-hour electrocardiogram of the crew

常规潜艇水下状态对人体24h动态心电图窦性心率和心率变异性的影响

The velocity of ship-based helicopter is much faster than the velocity of conventional submarine , based on this characteristic , a new kind of means of anti-submarine searching is presented .

舰载直升机相对于常规潜艇而言，具有较大的速度优势，据此，提出了一种近似逆螺旋曲线的搜索样式，并把它定义为封锁搜索。

With the comparison of nuclear and conventional submarine , it supposes the trend of conventional submarine in 21st century , that is , diesel electric and small reactor hybrid propulsion .

通过分析核潜艇和常规潜艇的优缺点，提出21世纪常规潜艇动力发展方向：柴电与小堆核电组合动力推进。

Aiming at solving the problem of high temperature and strong infrared target because of the exhaust out of the conventional submarine , cooling silencer with water spray for exhaust is designed based on simulation .

本文为解决常规潜艇水下排气温度高、红外目标强的问题，以仿真计算为基础，设计了水喷淋型排气降温消声器。

In this paper , the action and working principles of a new type water collecting box used in conventional submarine diesel exhaust system are analysed . Furthermore , the application and development prospect of the water collecting box are described .

剖析了常规潜艇柴油机排气系统中的最新设备&多功能集水箱的作用、工作原理，进而对它的推广应用及发展前景作些展望。

Based on establishing the charging and discharging models of the batteries , the indiscretion rates of the conventional submarine are calculated , the check curve of the rate is drawn and the functions of the curve are listed .

在建立蓄电池充放电模型的基础上，计算了常规潜艇的通气管暴露率，绘制了暴露率检查曲线，并给出了检查曲线的使用功能。

The air independent propulsion system ( AIP ) is of significance for the modern conventional submarine propulsion systems . It can improve the battle effectiveness of the submarine via reducing the exposure ratio and improving the viability and agility of the tactics .

不依赖空气推进装置（AIP）是常规潜艇极有前景的动力装置，它可以降低常规潜艇的通气管暴露率，从而提高常规潜艇的生存能力以及战术灵活性，进而提高其战斗力。

Risk Analysis and Assessment in Inspiration and Exhaust Air System of the Conventional Power Submarine

常规动力潜艇进排气系统的风险分析与评价

The risk analysis and risk assessment of the conventional power submarine 's inspiration and exhaust air system are performed by using Failure Tree Analysis and Event Tree Analysis ( FTA / ETA ) in this paper .

应用故障树和事件树分析（FTA/ETA）对常规动力潜艇的进排气系统进行风险分析和评价。