sfp

基本解释烧过燃料贮存池

网络释义

1)sfp,烧过燃料贮存池2)spent fuel pit,烧过燃料贮存池3)spent fuel storage pool,烧过燃料贮存池4)combustion,燃烧过程5)combustion process,燃烧过程6)burning process,燃烧过程7)combustion processes,燃烧过程8)roasting,焙烧过程9)i ncinerationp rocess,焚烧过程10)calcining process,煅烧过程

用法和例句

The composing mechanism of NO_x in combustion;

燃烧过程中氮氧化物的生成机理

An Experimental Study on the Effects of EGR on HCCI Combustion Process of DME/Methanol Dual Fuels;

废气再循环对二甲醚/甲醇均质压燃燃烧过程影响的试验研究

Investigation on combustion in natural gas engine with diesel pilot;

柴油引燃天然气发动机燃烧过程的研究

A method of study about the fuzzy control over the combustion process of the hot blast stove;

热风炉燃烧过程模糊控制的一种策略研究

Study of computer control on combustion process of reheating furnace in Strip Plant of Baotou Iron and Steel Co;

包钢带钢厂加热炉燃烧过程计算机控制的研究

Effect of combustion chamber shape on CNG engine in-cylinder flow and combustion process;

燃烧室形状对天然气发动机缸内流动和燃烧过程的影响

The Effective Control Methods of No_x in the Burning Process of coal;

燃烧过程中NO_x的有效控制方法

The burning process of pulverized coal was studied on the simulation burning conditions of BF at PZH Steel with two burning system furnace.

通过两段卧式燃烧炉模拟攀钢高炉风口燃烧条件,进行了煤粉燃烧过程的研究,考察了煤粉的配比、富氧率、热风温、喷煤量以及煤的粒度等因素对煤粉燃烧过程的影响。

In this paper,the design of auto-control system,safety interlocking measure of operation and itinerant process(parameter) inspection are mostly set forth in the project of high-concentration organic waste gas burning process of Shanghai Shenda Weave Corporation.

本文对上海申达纺织股份有限公司高浓度有机废气燃烧过程的自动控制、系统运行安全联锁以及工艺参数巡回检测的设计进行研究,自动控制调节主要采用常规PID调节规律进行调节。

A Rapid Compression-Expansion Machine for Simulating Combustion Processes in Gas Fueled Engines;

模拟研究气体燃料发动机燃烧过程的快速压缩膨胀机

This paper analyses the influential factor of aluminium oxide grain in roasting with gas suspension roaster, and measure is put forward to reduce the grain damage.

为了降低气体悬浮焙烧炉焙烧过程中Al_2O_3粒度的破损,对气体悬浮焙烧炉焙烧过程中氧化铝粒度的影响因素进行了分析,提出了降低粒度破损的一些措施。

The calcining process of petroleum coke in rotary kiln is very complex, such as severe coupling, nonlinear and time-lagged.

据此,将先进控制理论、计算机与网络通讯技术应用到石油焦煅烧过程,实现生产过程综合自动化,对提高煅后焦质量和生产效率及促进我国铝工业的发展有重要意义。

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