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http://localhost:8080/xmlui/handle/123456789/148014| Title: | Cow Care in Hindu Animal Ethics |
| Authors: | Valpey, Kenneth R. |
| Issue Date: | 2020 |
| Publisher: | Springer |
| link: | https://library.oapen.org/bitstream/20.500.12657/22832/1/1007330.pdf |
| Keywords: | Medicine;ironmaking;microwaves;carbothermal reduction;iron oxides;emission spectrum;ore-carbon briquette;CO–CO2 atmosphere;simulation;re-oxidation;reduction;electroslag cladding;high speed steel;ductile cast iron;composite roll;bonding interface;high-phosphorus iron ore;fluorapatite;carbothermal reduction;vaporization dephosphorization;iron ore pellets;compressive strength (CS);prediction model;artificial neural network;principal component analysis;crystallization behaviors;crystallization rate;anosovite crystals;silicate crystals;titanium slag;blast furnace;copper stave;hydrogen attack;slag crust;heat-affected zone;high heat input welding;Ca deoxidation;inclusion control;intragranular acicular ferrite;concentrate;iron ore;agglomerate;structure;phase analysis;Mg deoxidation;inclusions;Al addition;high-heat-input welding;heat-affected zone;toughness;shot peening;Barkhausen noise;crystallite size;carbon composite pellet;direct reduction;shrinkage;kinetics;rotary hearth furnace;hydrogen plasma;smelting reduction;HPSR;iron oxide;plasma arc;ionization degree;sulfur distribution ratio;liquid area;carbon-saturated iron;phosphate capacity;sulfide capacity;phosphorus distribution ratio;sulfur distribution ratio;evaluation of coupling relationship;secondary refining process;CaO–based slags;iron sulfate;TG analysis;thermal treatment;iron oxide;kinetics;activation energy;high-aluminum iron ore;synergistic reduction;high-manganese iron ore;hercynite;fayalite;flow velocity;casting speed;gas flow rate;flow pattern;continuous casting;Cr recovery;self-reduction briquette;reaction mechanism;mold flux;low fluorine;internal crack;surface roughness;slag film;vanadium titano-magnetite;gas-based reduction;carbon monoxide;hydrogen;and nitrogen;kinetics;pellet size;liquid steel;non-contact measurement;oxides;steel-making;blast furnace;solid flow;cold experiment;direct element method;Wilcox–Swailes coefficient;viscosity;BaO;CaO/Al2O3 ratio;modified NPL model;ultrafine particles exposure;steelmaking factory;chemical composition;devolatilization;torrefied biomass;bio-coal;volatile matter;iso-conversional method;Al-TRIP steel;surface depression;cracks;non-metallic inclusion;mold flux;reactivity;hot metal pre-treatment;desiliconisation;dephosphorisation;solid and gaseous oxygen;fork;flat steel;inclusions;33MnCrTiB;slag;carbon dioxide;injection;blast furnace;converter;combustion;oxygen steelmaking;refining kinetics;slag formation;penetration theory;oxygen blast furnace;COREX;static process model;integrated steel plant;material flow;energy consumption;CO2 emissions;oil-pipeline steel;Ca-treatment;non-metallic inclusions;electrolytic extraction;corrosion;n/a |
| ISBN: | 9783030284084 |
| Theme: | 教科書-醫學類 |
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