蒸汽动力装置

船舶蒸汽动力装置是我国船用主要动力装置之一。

Marine steam power plant is one of the main power plants of marine in China .

总装式蒸汽动力装置

Integrated steam power plant

通过二个典型机型（WR-21，GT25000）及其他有关资料的介绍，论述了舰船燃气及蒸汽动力装置的现状与发展趋势。

Based on the analysis of two typical turbines ( WR-21 and GT25000 ) and other relevant information , the present situation and development trends of naval gas and steam power plants are discussed .

冷凝器系统是蒸汽动力装置的主要组成部分。

Condenser system is the main part of steam power device .

舰船燃气和蒸汽动力装置的发展与展望

State of the Art of Naval Gas and Steam Power Plants

蒸汽动力装置模拟器冷凝器系统的建模与数值计算

Modeling and Numerical Calculation of Condenser System of Steam Power Device Simulator

舰用蒸汽动力装置再热循环及性能评估

Naval Steam Power Plant Reheat Cycles and Their Performance Evaluation

蒸汽动力装置分布式控制系统可靠性设计准则

The reliability design rules for distributed control system in steam power plant

计算机&设计者相互作用的蒸汽动力装置热平衡分析

Steam Power Plant Heat Balance Analysis with Computer-Designer Interaction

舰船锅炉蒸汽动力装置多目标控制问题的研究

Multi-Objective Control Research for Ship Boiler Steam Power Equipment

船用蒸汽动力装置控制监测系统的研制

The Development of a Control and Monitoring System for a Naval Steam Power Plant

蒸汽动力装置混合冷凝器

Condenser , mixing , for steam power units

船舶蒸汽动力装置除氧器水位调节系统改进分析

Improvement on Water Level Control System for Deoxidization Device of Ship Steam Power Plant

确定船用蒸汽动力装置辅机余度系数的新方法

A New Method for Determining the Redundancy Factor of Auxiliary Machines for a Marine Steam Power Plant

介绍了用于舰船蒸汽动力装置热线图优化的可视化程序设计与研究。

Design and research of visual program for thermal diagram optimization of the steam power plant are introduced .

船用蒸汽动力装置控制设备综合试验仿真系统

The Study and Realization of the Simulating Test system for the Hydraulic Controller of Marine Steam Power Pant

舰船蒸汽动力装置日趋复杂，这就对于动力设备提出了新的要求，如何保证其安全、稳定、可靠的为舰船服务成为了新的课题。

The ship steam power plant is increasingly complex , so it has new requirements for power equipments .

船用蒸汽动力装置机炉协调系统的总体结构设计

The Design of an Overall Construction Scheme of a Turbine-boiler Coordinated Control System for a Marine Steam Power Plant

在一般蒸汽动力装置中，燃料中的化学能并非都能变成热。

In the usual steam power plant , all the chemical energy of the fuel is not converted into heat .

舰船行进的高机动性特点要求舰船锅炉蒸汽动力装置能够在保证安全的基础上最大限度地提高其响应的快速性。

The characteristic of warship high mobility requires that the boiler power equipment maximizes the speed of its response on the basis of security .

在对蒸汽动力装置热平衡分析法认真分析的基础上提出了一种计算机一设计者相互作用的计算机程序方案。

The fundamentals of the steam power plant heat balance analysis are reviewed with a computer program for performing such an analysis being outlined .

由此得到的船用蒸汽动力装置非线性模型是分析机组特性、研究其控制规律、并对控制系统进行设计和仿真的基础。

Analyze the model characteristic , research its control law , and design the controller system are on the basis of the nonlinear components model .

增压锅炉是一种特殊的蒸汽动力装置，它以涡轮增压机组代替汽轮鼓风机，向炉膛输送有一定温度压力的助燃气体。

Supercharged boiler is a stream power system , which provides fuel gas with a certain pressure and temperature to the furnace that is compressed by turbo-compressor instead of steam-powered fan .

增压锅炉是船舶蒸汽动力装置的核心设备之一，锅炉汽包水位的控制对锅炉的安全性、经济性等起着至关重要的作用。

Supercharged boiler is one of the kernel equipment of dynamical devices in ship , and the control of water level of boiler is of great importance for safety , economy of ship .

蒸汽动力装置冷凝器系统的建模与数值方法也可用于其它相关系统的建模与数值计算，对蒸汽动力装置仿真软件的开发具有重要的参考价值。

The proposed method of modeling and numerical calculation of steam power device condenser can be applied in the relevant systems . It is very important to develop steam power device simulation software .

增压锅炉在船舶蒸汽动力装置中具有举足轻重的地位，具有尺寸小、重量轻、功率大、经济性以及高可靠性等优点。

Supercharged boiler plays an important role in marine steam power plant and it has the advantages of small size , light weight , big power , economy and high reliability and so on .

由于船舶蒸汽动力装置燃油系统工作压力较高，且变化剧烈，容易发生管路密封垫片处崩出等事故，这将直接导致该动力单元瘫痪。

Because of fuel oil system of steam power plant high fuel pressure and violent fluctuation , the joint washers in piping system are often forced out , which can paralysis corresponding power unit directly .

对于新制造或中修后的蒸汽动力装置的锅炉来说，研究其热平衡、确定其热效率以及检验增压锅炉出力，都必须知道锅炉的蒸发量。

For the new-made or after-medium-repair steam boilers , it is important to know the evaporation capacity in order to study their heat balance , to measure their thermal efficiency and to examine their output .

在舰船锅炉蒸汽动力装置中，涡轮增压机组响应相对较慢且存在严格的安全边界，这就要求必须设计适合的控制系统以满足装置响应快速性和安全性的要求。

In ship boiler power equipments , the compressor-turbine response is relatively slow and exists strict security border , which requires to design a suitable control system to meet the security and quick response needs .

研制蒸汽动力装置模拟器，需要对其组成系统进行热工水力的计算，在此基础上进行建模，主要应用于系统仿真软件的开发。

Developing steam power device simulator needs to calculate the thermal - hydraulic value of system . On the basis of this , a model was established and mainly used to develop the system simulation software .