提出了计算加热炉最佳加热制度的一种新方法。
A new method to estimate optimum heating operation for reheating furnace is presented in this paper.
这就为制定含钒中碳钢加热制度和控冷工艺提供了基本条件。
These special features provide a basic condition for calefaction system and controlled cooling processes of vanadium middle carbon steel.
上述研究结果可为加热炉钢坯加热制度的制定和优化提供依据。
The above result of study can offer foundation for the establishment and optimizing of billet heating system.
介绍了加热炉炉体节能、钢坯加热制度、热装热送和余热利用等方面的节能途径。
The energy saving approaches of furnace body energy-saving, the billet thermal regulation, the hot-charging and hot-transportation and the residual-heat utilization were introduced.
按照镦锻工艺的要求，提出了改进的加热制度，为实际生产应用提供了依据和参考。
The improved induction heating schedule was put forward according to demands of upsetting process. It provides basis and references for practical production.
根据电热基本原理和传热学理论推导出了直接电热电阻炉在恒压加热制度下，电热参数的计算方法。
Based on electrothermal principle and heat transfer theory, calculation formulas of electro heat parameters for direct resistance heating appliance are deduced in this paper.
在操作方面，论述了合理的加热制度、随轧机产量的变化改变炉底布料密度、及时清除炉底积渣、工业电视在装出料操作上的应用以及定期更换炉底砌砖等。
For the furnace operation, optimistic heating patterns, billet spacing control depending on rolling mill production, prompt removal of slag on furnace bottom, utilization of industrial ve…
采用偏低的加热温度、适当的保温时间和小变形量、多道次的工艺制度可以明显改善这两种不锈钢的热加工性能。
Lower heating temperature, proper heating time, light reduction and multipass processes could be adopted to improve the hot ductility of the steels studied.
将出无氧化加热段的带钢继续加热到热处理制度要求的温度，并在保护气氛中对带钢表面微弱的氧化膜起还原作用。
The strip is heated here to required temperature and the light oxide film on the strip is reduced by protection atmosphere.
本文重点介绍2160热轧加热炉平面布置和炉型设计，以及如何很好适应热装热送的装料制度。
This article introduces particularly the heating furnace plane arrangement and the heating furnace design of the 2160 rolling mill, as well as how to adapt the hot charge and delivery system.
本文在加热炉内钢坯加热过程数学模型的基础上，首次提出了一种以钢坯焓增过程积分值为目标函数求取加热炉最优炉温制度的方法。
In this paper, a new method to get the optimal furnace temperature of reheating furnace is brought up for the first time on the basis of the mathematical model of continuous reheating furnace.
本文在加热炉内钢坯加热过程数学模型的基础上，首次提出了一种以钢坯焓增过程积分值为目标函数求取加热炉最优炉温制度的方法。
In this paper, a new method to get the optimal furnace temperature of reheating furnace is brought up for the first time on the basis of the mathematical model of continuous reheating furnace.
应用推荐