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1·This combustor can be used to billet furnace revolving kiln, forging furnace and other continuously operating industrial furnace and kiln.

该燃烧器可用于轧钢加热炉、回转窑、锻造炉以及其它连续运转的工业炉窑。

2·The issue before the billet furnace designed for device, a hydraulic cylinder-driven crank linkage, the completion of the billet movements, translation.

本课题设计的加热炉前方坯取料装置，采用液压缸驱动曲柄连杆机构，完成钢坯的升降、平移。

3·According to analysis of multiple radiation in furnace, the method determined for optimum gap of billet arrangement in walking beam or bottom furnace was reported.

本文从炉内辐射传热角度出发，阐述了步进式炉坯料摆放最佳间隙的确定方法。

4·For the furnace designing, the construction of walking beam, beam aligning device, self accorded slag removing facility, automatic billet alignment and hydraulic system are discussed.

在设计方面，论述了步进梁结构、定心装置、自动排渣结构、钢坯自动对中设施以及液压系统等。

5·By reforming the layout of longitudinal waterpipe in pusher furnace, the billet cooling can be reduced and the heating quality improved.

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。

6·By the industrial experiment, the distribution of continuous casting billet preheating temperature is measured, and the economic load range of reheating furnace is established.

在工业生产条件下测量了铸坯加热温度分布，工业试验确定了加热炉经济负荷运行区。

7·From the steel plant sent from the billet, first into the furnace, and then repeated after the beginning of rolling mill, into the finishing mill.

从炼钢厂送过来的连铸坯，首先是进入加热炉，然后经过初轧机反复轧制之后，进入精轧机。

8·The main technical parameters, work theory, technical features of walking-beam heating furnace for big square billet are analyzed simply, its utilization in Shi Steel introduced.

简要分析了石钢大方坯步进梁式加热炉的主要技术参数、工作原理、技术特点，介绍了该加热炉在石钢的应用情况。

9·The mathematical model in heating furnace is set up for calculating billet tapping temperature according to billet heterogeneity, specification and opening rolling temperature.

根据钢坯的种类、规格、开轧温度，通过建立的数学模型计算了钢坯的出炉温度。

10·A hybrid particle swarm optimization (HPSO) approach is presented to solve the problem of optimizing the steady-state temperatures of the three zones of a billet reheating furnace.

针对一种蓄热推钢式加热炉三个加热区的炉温稳态优化问题，本文提出了一种混合粒子群优化(HPSO)方法。