1.
Industrial Trial of Reducing Molten Steel Superheat by Cooling Nozzle
冷却水口降低钢水过热度的工业试验
2.
Keep cylinders away from external sources of heat. Cylinders are not designed for temperatures in excess of 125 f (52 c).
使钢瓶远离热源。钢瓶的温度不能超过125°F (52°C)。
3.
The Research on Some Production Scheduling Problem of Steel Manufacturing on Shuicheng Iron & Steel Co. Ltd
水钢炼钢—热轧一体化生产若干调度问题的研究
4.
Numerical Simulation on the Heat Treatment Process for Hot-rolling High-strength Seamless Pipes;
热轧高强度无缝钢管热处理过程的数值模拟
5.
Research on Superheat Control of Molten Steel During Twin-roll Strip Casting
双辊薄带铸轧过程钢液过热度控制研究
6.
The steel is first slowly heated to just above its critical temperature .
首先慢慢把钢加热动略微超过临界温度。
7.
Numerical Simulation of Temperature Field Hood during the Multi-pass Hot Strip Rolling in Temperature Holding;
热连轧过程中保温罩内带钢温度场的数值模拟
8.
Temperature Analysis of Hot Rolled Coil During Cooling
热轧钢卷冷却过程温度演变的模拟和分析
9.
Model of austenite transformation and temperature coupling for hot rolled strip during cooling process
热轧带钢冷却过程奥氏体相变与温度耦合模型
10.
High-Precision Rolling Force Prediction Model for Hot Strip Continuous Rolling Process
热轧带钢精轧过程高精度轧制力预测模型
11.
Numerical simulation on temperature and stress fields of 304 stainless steel during heat treatment
304不锈钢热处理过程温度场和应力场数值模拟
12.
Results show that the temperature drop in the process of tapping can be dramatically checked by lowering the tapping temperature, minimizing the tapping time and raising the temperature of ladle lining.
研究结果表明，降低出钢温度、短出钢时间、高钢包内衬温度可显著减少出钢过程钢水温降。
13.
Experimental research on the temperature field by hydration heat of circular CFST arch bridge
圆截面钢管混凝土拱水化热温度场试验研究
14.
The sub-cooling degree influence on heat transfer performance of instantaneous air-source heat pump water heater
过冷度对直热式空气源热泵热水器传热性能的影响
15.
Keep cylinders protected from excessive temperatures by storing them away from radiators or other sources of heat.
远离散热器或其它热源，使钢瓶接触不到过高的温度。
16.
Multi-vapor embryos nucleation process and spinodal temperature analysis of expandable superheated water system
可膨胀过热水系统多气核演化过程与临界过热度分析
17.
To heat too much.
使过热把…加热过度
18.
Prediction Model of Molten Steel Temperature in 300t Ladle about the First Steel Mill in Shanghai Baoshan Iron & Steel Corporation;
宝钢—炼钢厂300t钢包钢水温度预报模型