1.
The Application of Fuzzy Immune PID Control Strategy in Temperature Controlling System of Gas-heated Annealing Furnace
模糊免疫PID在燃气退火炉温度控制系统中的应用
2.
a furnace (as on a steam locomotive) in which fuel is burned.
燃料燃烧的炉子（在气体火车头上的）。
3.
Reason anlaysis on backfire in gas burner in primary reformer and countermeasures
一段炉燃气火嘴回火原因分析及改进
4.
Put a match to the gas jet to light the gas.
把火柴放在煤气炉嘴上来点燃煤气。
5.
controlled atmosphere roller-hearth continuous annealing furnace
可控气氛辊底式连续退火炉
6.
Application of Digital Pulse Combustion Technology in Cold-Strip Steel Annealing Furnace
数字化脉冲燃烧技术在冷轧带钢退火炉的应用
7.
THE APPLICATION ANALYSIS OF THE COMBUSTION CONTROL ABOUT THE ANNEALER ON HOT DIP GALVANIZING LINE
镀锌生产线退火炉燃烧控制的应用分析
8.
Preliminary Research on Ignition and Combustion-supporting Using Bio-gas for Boiler at Power Plants;
电厂锅炉生物质燃气点火助燃的初步研究
9.
He set a match to the gas stove and the flames burst out.
他擦了根火柴点燃了煤气炉，火焰蹿了出来。
10.
Application of Fire Detection and Flameout Protection in Gas-fired Boiler;
火焰检测和灭火保护在燃气锅炉的应用
11.
Safety control tactics for the high performance bell type annealing furnaces of hydrogen atmosphere
全氢罩式退火炉保护气体安全控制策略
12.
A New Type of Gas Shielded Bright Annealing Furnace
新型气体保护光亮退火炉的研究与应用
13.
Application of Air-cushion Continual Annealing Furnace in Production of High Precision Copper Strip
气垫式连续退火炉在高精度铜带生产中的应用
14.
Design of Separating Device for Continuous Annealing Furnace Atmosphere Double Baffle
连续退火炉气氛双挡板隔离装置设计分析
15.
APPLICATION OF DIGITAL PULSE FIRING CONTROL TECHNOLOGY ON COLD ROLLING STRIP ANNEALING FURNACE
数字化脉冲燃烧控制技术在冷轧带钢连续退火炉上的应用
16.
Tight scale is usually a problem encountered in forgings hardened from direct-fired gas furnaces having high-pressure burners.
用高压炉头直燃煤气炉对锻件进行淬火时，通常会出现鳞片问题。
17.
Comparison of numerical simulation between air combustion and O_2/CO_2 combustion in W-flame boilers
基于W火焰锅炉空气燃烧与O_2/CO_2燃烧数值模拟的比较
18.
Preheated air and gas derived from coal are blown into the chamber through the port from one side,burning with a fierce blame which is directed downwards across the metal．
预热过的空气和煤气从一侧通过炉头吹人炉内，燃烧出猛烈的火焰。火焰被引向下，经过熔液。