1.
INVESTIGATION ON TEMPERATURE DISTRIBUTION IN ELECTRIC ARC FURNACE
炼钢电弧炉炉内温度分布规律的研究
2.
Optimization of Temperature Field in the Furnace of Boiler with Swirling Burners
旋流燃烧锅炉炉内温度场优化的数值研究
3.
Research on Reconstruction Algorithm of Temperature Field by Acoustic Pyrometry in Boiler;
声学方法重建炉内温度场的算法研究
4.
Numerical Simulation and Optimization on Temperature Field of 330 MW Front Wall Fired Furnace
330MW前墙燃烧煤粉锅炉炉内温度场的数值模拟及优化
5.
Besides, regular temperature is a must to make it roasted evenly.
而且，炉内温度要保持一定，使其烤得均匀。
6.
Numerical Simulation of Combustion Process and Analysis of Contamination in a 600MW Boiler Furnace
600MW锅炉内温度场的数值模拟及沾污情况判断
7.
Influence of boiler combustion regulation on furnace temperature distribution and NO_x emission
燃烧调整对炉内温度分布及NO_x排放的影响
8.
Optimal Combustion Control Method Based on Visualization of Temperature Distribution in Furnace;
基于炉内温度场可视化的燃烧优化控制方法研究
9.
Quickly increase temperature more uniform temperature in hearth, in hearht, higher pass-rate of production.
升温快，炉膛内温度均匀，产品成品率高。
10.
A house furnace prevents the interior of the house from reaching the temperature outdoors.
家用的取暖炉可用来防止室内温度降为室外温度。
11.
Thermal Distribution Design,Status Analysis and Working Lifetime Prediction for Blast Furnace Hearth Lining
高炉炉缸内衬的温度场设计及其状态与寿命研究
12.
Research on Soft Sensor Model for the Inner Temperature of Work in Furnace;
基于软测量的炉内加热工件温度场分布研究
13.
Study of Measuring and Displaying Temperature Field in the Space of Hearth;
炉膛内空间温度场检测与显示系统的研究
14.
Thermal Analysis Inside a Furnace and Rebuilding of Secktional Temperature Field of Billet;
工业炉内传热分析与钢坯截面温度场重建
15.
Complementary Detection about Workpiece Temperature of Reheating Furnace Based on BP Neural Network
基于BP神经网络的炉内工件温度互补检测
16.
Simulation study of temperature field for aluminum coil in the side-blown annealing furnace
侧喷加热退火炉内铝卷温度场的仿真研究
17.
Effect of materials layer thickness on CO temperature change in multi-heat-source SiC furnace
料层厚度对多热源SiC合成炉内CO温度变化的影响
18.
The amount of energy that a is capable of converting from electrical to heat energy depends on the ambient furnace temperature and atmosphere in which it is operating.
熔炉内电能转化为热能的能量数主要依赖于硅碳棒载炉内的控制温度和气体环境。