说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 句库 -> 助燃风机
1.
A temperature detecting circuit, acombustion aiding air motor control circuit, a cool air gate motor control circuit and analarm circuit were designed.
设计了温度检测电路、助燃风机控制电路、风门电机控制电路。
2.
Warm Air Heating by Gas and Research on Heat Transfer of Gas-fired Warm Air Heater;
燃气热风采暖及燃气暖风机流场换热的研究
3.
Coke is used predominantly as a fuel reluctant in the blast furnace.
焦炭最初是在鼓风炉里作为助燃剂使用。
4.
Discussion on design of exhaust and combustion-supporting air system of glass furnace
关于玻璃窑炉排烟、助燃风系统设计的思考
5.
Numerical Simulation on Airflow in Firebox of Plateau Oil-fired Air Heater;
高原燃油暖风机燃烧室空气动力场的数值模拟
6.
Application of Gas Burner in the Air Heating System for High Speed Coater
燃气燃烧器热风系统在高速涂布机中的运用
7.
Characteristics of Coal Mine Ventilation Air Methane Combusted by Catalytic in Gas Turbine
煤矿通风瓦斯在燃气轮机中的催化燃烧特性
8.
Development of DF_4 Series Diesel Locomotives
东风_4系列内燃机车的开发及发展
9.
East is Red 〈5〉 Diesel Locomotive Source of Trouble System Improvement
东方红<5>型内燃机车风源系统改进
10.
Study of fuel injection characteristics for small air-cooled gasoline generator sets
小型风冷汽油发电机组燃油喷射特性
11.
General requirements for gas turbine auxiliary equipment
GB/T15736-1995燃气轮机辅助设备通用技术要求
12.
General requirements for light weight gas turbine auxiliary equipment
GB/T13673-1992轻型燃气轮机辅助设备通用技术条件
13.
R&D of Power Supply Control Device for Diesel Locomotive Auxiliary System;
内燃机车辅助系统电源控制装置的研制
14.
Failure Analysis and Routine Maintenance for 9E Gas Turbine's Auxiliary Coupling
9E型燃气轮机辅助联轴器事故分析和日常维护
15.
AC Auxiliary Transmission System of SDD8 Diesel Locomotive Exported to Brazil
出口巴西SDD8型内燃机车交流辅助传动系统
16.
Single board function test desk for DF_6 desiel locomotive microcomputer control panel
东风_6内燃机车微机控制屏单板功能测试台
17.
Type Selection of Induced-dralt Fan for 600MW Supercritical Coal-Fired Power Unit
600MW超超临界燃煤发电机组引风机选型分析
18.
Adequate ventilation will help reduce the possible formation of flammable mixtures in the event of a hydrogen leak and will also eliminate the potential hazard of asphyxiation.
充分通风有助于在氢泄漏的情况下减少可燃混合物形成的机会,同时还排除了潜在的窒息的危险。