(a) -4furne.ce Fig. I Schematic drawing of cooling chamber Fig. 2 Priventive gas velocity at nozzle 405

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Transcription:

Fig. 1 Experimental Apparatus Fig. 2 Typical Ion Distribution in COG-Air Flame Fig. 3 Relation between Steel Temperature and Reduction Time

(a) -4furne.ce Fig. I Schematic drawing of cooling chamber Fig. 2 Priventive gas velocity at nozzle 405

Fig. 1 C onf igurat ion of nem process computer system Table 1. F unctions of control and S et-up

fig - 1 Software Composition fig - 2 Outline of Online and Tert Parallel Running

Fig 1 Outline of Hardware Fig. 2 Scope of Production Control System

F i g. 1 Out 1ine of System Function

Fig. 1 PLANNED CUTTING SYSTEM CN : Pulse counts from HMDn-i on to HMDn on. CN+I : Pulse counts from HMDn on to MILL Load cell off. Fig. 2 LENGTH METER OF ROUGHING MILL

Fig.! Outline of Production Control System

Fig. 1 Relation between reduction ratio of flow & RMS. Fig. 2 Configuration of air flow. Fig. 3 Configuration of electric energy saving system for Hot strip mill

Fig. 1 Configuration of Ship - Unloading System Fig. 2 Picture of Unloading Transition

Table I Specification Fig. I Outline of Skid Fig. 3 Effect of decreasing skid marks Fig. 2 ORT burner Fig. 4 Furnece shape

Fig 1 Schematic Cross' Section Furnace Fig. 2 Radiation Shadowing Appratus Table. 1 Specifications

Fig. 1 Radiation shadowing apparatus Fig. 2 Effect of R.S.A. Fig. 3 Motive air

Fig. 1.Schematic IIIustration of Soaking Pit Fig. 2. Resu 1 t of Forced Convection Fig. 3. Effect of Forced Convection Fig. 4. Effect of Forced Convection with Os Addition

Fig. 1 Heat transfer test furnace Table 1 Arrangement of ceramic honeycomb panels Table 2 Result of heat transfer test* 1 Fig. 2 Reheating furnace wiht honeycomb panels in a preheating zone Fig. 3 Structure of a panel

Fig. 1 Outline of the reheating f urnace. Fig. 2 Pressure control in the furnace (old). Fig. 3 Pressure control in the furnace (new). Fig. 4 The effect of the new pressure control.

Fig. 1 Oui line of reconst ruc lion Tablet Comparision of original and new ratio of heat recovery in recuperator Fig 2 Comporision of original and new heat balance Fig. 3 Transition of fuel consumption

Fig. 1 Outline of combustion control flow Fig. 2 Comparison of billet temperature between calculated value and measured value (Non-skid part) Fig. 3 Heat pattern of billet

Fig 1. Relation between position in Furnace width and Heat transfer ratio Fig 2. Profile of Tempering furnace Table 1. Effect of Swirl vane Fig 3. Position of Swirl vane in RT and outline of Swirl vane