连续加热炉的操作水平直接影响产品的质量，产量和生产消耗指标。
Continuous operation of the furnace directly affect the level of product quality, yield and production consumption indicators.
运用膨胀法及金相显微镜观察分析35钢连续加热后冷却过程中相变特点。
To observe and analyze the phase transformations characteristics of 35 steel during cooling after continuous heating with dilatate method and metallography microscope.
同时对吸收剂在微波连续加热下处理二氧化硫和氮氧化物进行了机理分析。
The mechanism of removing SO2 and NOx with absorbent by continuous microwave heating was analyzed.
根据电极与锻件接触关系的不同，将电阻连续加热热锻模具结构进行了分类。
The die structure was classified according to the relationship between the electrode and the billet.
本文从连续加热炉的生产实际和两次热平衡测试数据中分析连续炉的节能途径。
This article makes analysis of energy - saving approach of continuous reheating furnace from production Practice of continuous reheating furnace and measured heat balance date in two times.
准确掌握连铸坯热装温度对实施连续加热炉的优化加热控制具有十分重要的意义。
Controlling the hot charging temperature accurately has a very important significance for optimizing heating control.
介绍了对推钢式连续加热炉炉底纵水管布置的改进，减少对钢坯的冷却，改善加热质量。
By reforming the layout of longitudinal waterpipe in pusher furnace, the billet cooling can be reduced and the heating quality improved.
本文阐述了一个基于动态数学模型及启发式优化策略的连续加热炉计算机控制系统的设计与实施。
The design and implementation of reheating furnace computer control system based on the dynamic mathematical model and the heuristic optimization strategy is discussed in this paper.
以某钢厂推钢式连续加热炉为背景，建立了加热炉的动态数学模型，并在此基础上解决了加热炉最小能耗优化控制问题。
This paper establishes a continuous dynamic mathematic model of reheating furnace and based on which, resolves the problem of minimum consumption control of the furnace.
以推钢式连续加热炉为对象，建立了炉底纵水管自然循环汽化冷却系统的流动及传热数学模型，并根据该模型计算出汽包压力对系统工作指标的影响。
The fluid and heat transfer math model in a steam cooling system with natural cycle has been built up on the pusher reheating furnace.
以推钢式连续加热炉为对象，建立了炉底纵水管自然循环汽化冷却系统的流动及传热数学模型，并根据该模型计算出汽包压力对系统工作指标的影响。
The fluid and heat transfer math model in a steam cooling system with natural cycle has been built up on the pusher reheating furnace.
应用推荐