000			01623nam a22002057a 4500
999			_c2270 _d2270
003			OSt
005			20190628115930.0
008			190622b ||||| |||| 00| 0 eng d
020			_a0-08-023218-3
028			_bProf. S. C. Bhaduri
040			_aBSDU _bEnglish _cBSDU
082			_a669.162.2 _bPEA
100			_aPeacey, J. G.
245			_aThe Iron Blast Furnace: Theory and practice
260			_aOxford _bPergamon Press _cc1979
300			_a251
504			_aContents 1.A Brief Description of the Blast-Process 2.A Look Inside the Furnace 3.Thermodynamics of the Blast-Furnace Process: Enthalpies and Equilibria 4.Blast-Furnace Stoichiometry 5.Development of a Model Framework: Simplified Blast-Furnace Enthalpy Balance 6.The Model Framework: Combination of Stoichiometric and Enthalpy Equations 7.Completion of the Stoichiometric Part of the Model: Conceptual Division of the Blast Furnace through the Chemical Reserve Zone 8.Enthalpy Balance for the Bottom Segment of the Furnace 9.Combining Bottom Segment Stoichiometry and Enthalpy Equations: a priory Calculation of operation of Operation Parameters 10 Testing of the mathematical Model and a Discussed of its Premises 11. The Effects of Tuyere Inject-ants on Blast-Furnace Operations 12 Addition of Details into the Operating Equations: Heat Losses; Reduction of Si and Mn; Dissolution of Carbon Formation of Slag;Decomposition of Carbonates 13.Summary of Blast-Furnace-Operating Equations: Comparison between Predictions and Practice 14.Blast-Furnace Optimization by Linear Programming
700			_aDavenport, W. G.
942			_2ddc _cBK