基本释义:

着火加速剂

网络释义

1)ignition accelerator;ignition promotor;ignition dope,着火加速剂

2)ignition,着火

3)fire,着火

4)ignition temperature,着火温度

5)homogeneous ignition,均相着火

6)ignition characteristics,着火特征

用法和例句

Experimental Study on Ignition Properties of Briquette;

型煤着火特性的试验研究

Causes for Ignition of Catalyst Beds and Its Prevention;

催化剂床层着火原因及防治

Magnetic Field 　Prompts　Ignition Process of Coal;

磁场对煤的着火过程的影响

Analysis of reasons for fires in vent pipe for hydrochloric acid tail gas and preventive measures for them;

盐酸尾气放空管着火的原因分析及预防措施

Analysis on the causes and precautions to fire of the marine diesel exhaust boiler;

船用柴油机废气锅炉着火分析与预防

Analysing and improving the fire reasons of air main-outlet pipes of air compressor station;

空压站空气出口总管着火原因探析及改进

KCl and NaCl on ignition temperature,combustion characteristics and area of heat liberation of high ash coal (HAC) is investigated by thermogrametric analysis.

用热重分析方法对比研究了Ca(NO_3)_2,KCl和NaCl对高灰分煤(HAC)着火温度、燃烧特性指数和放热面积的影响。

The effect of different catalysts on the slime ignition temperature,burning completely temperature,and area of heating value are compared,The results show that catalysts can decrease the ignition temperature and burning completely temperature,increase the quantity of heat releasing during combustion,and the catalytic effect of the TF catalyst is better than KNO 3 catalyst.

对比研究了硝酸钾催化剂及 TF配方助燃催化剂对兖州煤泥着火温度、燃尽温度和放热面积的影响 。

5% in a slurrying process, the ignition temperature of coal is reduced from 582℃ to 576℃ and the burnout efficiency of fixed carbon is promoted from 91.

用热重法研究了不同条件下电石渣的催化煤燃烧特性,发现电石渣对晋城煤的着火温度和固定碳燃尽率都具有一定的促进作用,而且随添加量的增加助燃作用增强。

The model for homogeneous ignition of pulverized coal stream and the model for heterogeneous ignition(TET)of pulverized coal char were adopted to investigate the relationship be- tween denitration efficiency and ignition status of pulverized coal.

采用煤粉气流均相着火模型和炭粒非均相热力着火模型对煤粉再燃脱硝效率与其着火状态的相互作用进行了研究。

The homogeneous ignition time can also be predicted.

煤粒均相着火规律的研究张军，傅维标（清华大学工程力学系北京１０００８４）关键词均相着火，简化模型，预报１前言煤粉颗粒既能发生均相着火，又能发生非均相着火山。