TY  - BOOK
AU  - Li, Zushu||Davis, Claire
TI  - Ironmaking and Steelmaking
KW  - artificial neural network||n/a||corrosion||inclusion control||steel-making||simulation||liquid steel||phosphate capacity||slag||hydrogen||TG analysis||surface roughness||iron sulfate||shot peening||refining kinetics||iso-conversional method||oxygen blast furnace||Barkhausen noise||gas flow rate||ductile cast iron||toughness||self-reduction briquette||Mg deoxidation||phosphorus distribution ratio||iron oxides||phase analysis||desiliconisation||solid flow||CaO/Al2O3 ratio||surface depression||carbothermal reduction||rotary hearth furnace||torrefied biomass||hot metal pre-treatment||inclusions||microwaves||ironmaking||reactivity||CaO–based slags||high-aluminum iron ore||oxides||HPSR||internal crack||fluorapatite||crystallization rate||COREX||liquid area||Al addition||Wilcox–Swailes coefficient||plasma arc||evaluation of coupling relationship||penetration theory||silicate crystals||ionization degree||pellet size||prediction model||continuous casting||direct element method||modified NPL model||slag film||volatile matter||crystallite size||Al-TRIP steel||viscosity||anosovite crystals||slag formation||CO2 emissions||integrated steel plant||flow pattern||high-heat-input welding||dephosphorisation||copper stave||direct reduction||shrinkage||Cr recovery||chemical composition||high speed steel||material flow||33MnCrTiB||gas-based reduction||converter||bio-coal||flat steel||sulfur distribution ratio||cold experiment||secondary refining process||re-oxidation||vaporization dephosphorization||sulfide capacity||electroslag cladding||hydrogen attack||oxygen steelmaking||non-metallic inclusions||cracks||non-contact measurement||energy consumption||high-manganese iron ore||non-metallic inclusion||Ca deoxidation||Ca-treatment||compressive strength (CS)||oil-pipeline steel||thermal treatment||carbon monoxide||composite roll||crystallization behaviors||devolatilization||carbon-saturated iron||steelmaking factory||slag crust||combustion||high heat input welding||ore-carbon briquette||activation energy||flow velocity||kinetics||hydrogen plasma||casting speed||solid and gaseous oxygen||hercynite||low fluorine||iron ore pellets||fayalite||heat-affected zone||CO–CO2 atmosphere||and nitrogen||smelting reduction||high-phosphorus iron ore||iron oxide||mold flux||BaO||intragranular acicular ferrite||carbon composite pellet||electrolytic extraction||iron ore||carbon dioxide||agglomerate||vanadium titano-magnetite||emission spectrum||static process model||concentrate||structure||titanium slag||bonding interface||fork||blast furnace||reaction mechanism||reduction||synergistic reduction||injection||principal component analysis||ultrafine particles exposure
UR  - https://mdpi.com/books/pdfview/book/1484
ER  -