查询词典 steam engine

At the same time,select three issues carries on solve by the Year 2008's ACM\ICPC finals:air condition machine is description the elbow of air conditioning installation problem,limited the quantity and types of air-conditioning pipe under the conditions of the installation of air-conditioning method;Password suspects,this problem is giving a system password letter combinations possible combinations and length under the conditions,to design an algorithm to calculate the correct arrangement of the password;Steam roller,this problem giving the situation of urban streets,drive steam roller from one point to another point of the shortest path,is used by how many time.

同时，选取了2008年度ACM\ICPC总决赛的三道题目进行求解：空调机器这一题描述的是对空调管的安装问题，在限定空调管数量和型号的条件下空调管可能的安装方法；密码嫌疑这一题求解的是在给定一个系统密码的可能的字母组合和长度的条件下，设计一个算法以算出正确的密码的排列方式；蒸汽压路机这一题是在给出城市道路情况的条件下，求两点间压路机走完最短路径总共所花费多少时间的问题。

The article covers the full research on such aspects as mathematic description, numerical analysis method and their practical applications. The diphase heating surface is divided into a hot water section, a evaporation section and a micro overheat section , the problems of model switching are avoided successfully between subcritical and supercritical working condition in the model of The diphase heating surface, and the model can be used for between subcritical and supercritical working condition without causing the model stiff infinity prick up problem. The mathematical model and dynamic characteristic account is unified and predigested for the diphase heating surface of once—through boiler under subcritical and supercritical pressure, and propose that the working conditions at phase change point could be used as divide criterion between water region and steam region under supercritical pressure, the problems are solved successfully between water and steam phase change point under supercritical pressure.

本文在过程的数学描述、数值分析以及实际应用等方面进行了系统的研究分析，将双相受热面统一划分为热水段、蒸发段和微过热段三段，所建立的双相受热面模型不但成功地避免了超临界工况与亚临界工况间的模型切换，而且消除了由区段划分欠妥所引起的模型刚性无限加剧的问题，统一并简化了超临界及亚临界压力下直流锅炉双相区段的数学模型和动态特性计算，而且提出了利用相变点工况作为超临界压力下划分汽水区域的标准，解决了超临界压力下水与蒸汽的相变点问题。

An Irish artist and his steam shovel steam shovel Mary Anne old story.

一位爱尔兰蒸汽铲车艺术家和他的老式蒸汽铲车玛丽·安妮的故事。

This paper introduced rough sets data mining method to take potential diagnosis rule from the fault diagnosis decision-making table of steam turbine unit. These rules can offer effective fault diagnosis service for steam turbine unit.

将汽轮机组故障历史数据进行模糊化及离散化处理，构建故障诊断决策表，以决策表作为主要工具，即"知识库"，采用模糊粗糙集数据挖掘方法直接从决策表中提取出潜在的诊断规则，为汽轮机组提供有效的故障诊断。

Third, reduce the consumption of steam trap their own steam.

第三，降低蒸汽疏水阀自身的蒸汽消耗量。

Much of this energy loss can be attributed to the steam trap and the design of traditional steam trap monitoring systems.

这种能量损失大部分可以归因于蒸汽疏水阀和传统蒸汽疏水阀监测系统的设计。

In the high temperature and pressure superheated steam piping and equipment, should use special trap superheated steam.

在高温高压过热蒸汽管线和设备上，应该选用过热蒸汽专用疏水阀。

WHY IS A STEAM TRAP AN UNNEGLETABLE UNIT IN A STEAM SYSTEM?

为何蒸汽疏水阀是蒸汽系统中不可缺的？

The steam trap is a valve that releases condensate water in steam pipe network system.

蒸汽疏水阀是一种用于蒸汽管网系统中疏导冷凝水的阀门。

All types of steam trap structure and principle of different fluid properties vary, the choice of when to use according to different occasions, choose a different steam traps.

各种类型的蒸汽疏水阀结构及原理有所不同，性能液不尽相同，在选用时可根据不同的使用场合，选择不同的蒸汽疏水阀。

It's not quite as simple as that.

并没有那么容易。

It debuted in 1992 in Japan and the United Kingdom, and 1993 in the United States.

它首次亮相于1992年在日本和英国，在美国1993年。