<b>1. Sampling, Solution and Precipitation</b><br/><p>    Importance of Metallurgical Analysis *<br/>Sampling of Ores, Metals, Alloys and other products of metallurgical importance<br/>* Methods of Solution * Precipitation, Filtration and Filtering Media</p><br/><p><b>2. Analysis of Ores and Intermediate Products</b></p><br/><p>    Iron Ore * Chrome Ore * Manganese Ore *<br/>Bauxite * Copper Ore, Concentrate and Matte * Lead Ore * Zinc Ore * Tin Ore *<br/>Beryllium Ore * Antimony Ore * Monazite * Titanium Ore * Nickel Ore * Silver Ore<br/>* Gold Ore * Platinum Ore</p><br/><p><b>2A. Qualitative Analysis</b></p><br/><p>    Dry tests * Spot Tests * Detection of<br/>Common Anions</p><br/><p><b>2B. Quantitative Analysis</b></p><br/><p><b>3. Analysis of Fluxes, Refractories and Slags</b></p><br/><p>    Limestone, Dolomite and Magnesite *<br/>Fluorspar * Cryolite *Fireclay * Iron Blast Furnace Slag * Steel Open Hearth<br/>Furnace Slag * Copper Slag * Lead Blast Furnace Slag * Determination of ferric<br/>oxide, Alumina and chromic oxide * Determination of zinc oxide * Determination<br/>of lime * Determination of magnesia * Determination of sulphur * Determination<br/>of gold and silver * Tin Slag * Sand</p><br/><p><b>4. Analysis of Iron, Steel and Ferro-Alloys</b></p><br/><p>    Carbon in Iron, Steel and Ferro-Alloys *<br/>Silicon in Iron, Steel and Ferro-Alloys * Manganese in Iron, Steel and<br/>Ferro-Alloys * Phosphorus in Iron, Steel and Ferro-Alloys * Sulphur in Iron,<br/>Steel and Ferro-Alloys * Qualitative Detection of Alloying Elements in Steels *<br/>Nickel in Iron and Steel * Chromium in Iron, Steel and Ferro-Chrome * Vanadium<br/>in Iron, Steel And Ferro-Vanadium * Tungsten in Steel and Ferro-Tungsten *<br/>Molybdenum in Iron, Steel and Ferro-Molybdenum * Cobalt in Steel and Cobalt<br/>Alloys * Aluminum in Steel * Titanium in Iron, Steel and Ferro-Titanium *<br/>Nitrogen in Steel * Copper in Steel </p><br/><p><b>5. Analysis of Non-Ferrous Metals and Alloys</b></p><br/><p>    Qualitative Detection of Alloying Elements<br/>in Non-Ferrous alloys * Commercial Aluminum * Aluminum Alloys * Commercial<br/>Magnesium and its Alloys * Commercial Copper * Copper Alloys * Lead Bullion *<br/>White Metal * Commercial Zinc * Zinc Alloys</p><br/><p><b>6. Fire Assaying </b></p><br/><p>    Principles of  Fire Assaying * Scarification<br/>and Crucible Assays * Assay of Complex Ores and Other Products * Assay of<br/>Bullion and Special Materials </p><br/><p><b>7. Analysis of Metallurgical Fuels </b></p><br/><p>    Solid Fuels * Liquid Fuels * Gaseous<br/>Fuels </p><br/><p><b>8. Physico-Chemical Methods of Analysis</b></p><br/><p>    Colorimetry and Absorptiometry *<br/>Electrolysis * Potentiometric Titration * Electrometric Titration's *<br/>Polarography * Spectroscopy * Flame Emission Spectroscopy * Automatic Laboratory<br/>Analyzer</p><br/><p><b>9. X-Ray Technique</b></p><br/><p>    Analysis Based on Emission * Relationships<br/>Used in Identifications * X-ray Instrumentation * Methods Employed for Analysis<br/>* Analytical Applications * Specific Instruments Used in Analysis </p><br/><p><b>10. Metallography</b></p><br/><p>    Preparation of Specimens  * Griding<br/>the Specimen * Polishing the Specimen * Techniques for Soft Metals * Microscopy<br/>* Photomicrography </p><br/><p><b>11. Vacuum Techniques </b></p><br/><p>    Vacuum Pumps * Pumping Lines * The Vacuum<br/>Chamber * Vacuum Seals * Vacuum Valves * Trapes * Gauges * Leak Detection</p><br/><p><b>Appendices</b></p><br/><p>Appendix - I</p><br/><p>Appendix - II</p><br/><p>Appendix - III</p><br/><p>Appendix - IV</p><br/><p>Appendix - V</p><br/><p>Appendix - VI</p><br/><p>Appendix - VII</p><br/><p>Appendix - VIII</p><br/><p>Appendix - IX</p><br/><p>Appendix - X</p><br/><p>Appendix - XI</p><br/><p>Appendix - XII</p><br/><p>Appendix - XIII</p><br/><p>Appendix - XIV</p><br/><p>Appendix - XV</p><br/><p>Appendix - XVI</p><br/>&nbsp;