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Topic: Extractive metallurgy

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	metallurgy - HighBeam Encyclopedia
		metallurgy, science and technology of metals and their alloys.
		Modern metallurgical research is concerned with the preparation of radioactive metals, with obtaining metals economically from low-grade ores, with obtaining and refining rare metals hitherto not used, and with the formulation of alloys.
		Extractive metallurgy is the study and practice of separating metals from their ores and refining them to produce a pure metal.
	www.encyclopedia.com /doc/1E1-metallur.html (913 words)

	Metallurgy - Wikipedia, the free encyclopedia
		Extractive metallurgy is the practice of separating metals from their ore, and refining them into a pure metal.
		In production engineering, metallurgy is concerned with the production of metallic components for use in consumer or engineering products.
		Metallurgy is also applied to electrical and electronic materials where as metals such as aluminium, copper, tin and gold are used in power lines, wires, printed circuit boards and integrated circuits.
	en.wikipedia.org /wiki/Metallurgy (913 words)

	WAIER Forum 2003: Churach and Rickards - Science Career Inventory - higher degrees in metallurgy (Site not responding. Last check: 2007-10-12)
		This lack of students threatens continued research throughout the extractive metallurgy industry and bodes of a shortage of replacement research and management personnel as the generation of staff nears retirement.
		The path to advanced study in the general field of extractive metallurgy is quite convoluted given that few students actually earn a bachelors degree in extractive metallurgy.
		Extractive metallurgy is the academic discipline that specialises in refining valuable metals from their native ores.
	www.waier.org.au /forums/2003/churach.html (4585 words)

	Kroll Institute for Extractive Metallurgy - CSM
		The Kroll Institute for Extractive Metallurgy (KIEM) was established in 1974 in accordance with a bequest from William J. Kroll, world renowned extractive metallurgist best known for his inventions of processes for the production of titanium and zirconium.
		With one technological “foot” placed firmly in the mining-related area of metallurgy, KIEM stands astride the field of metallurgy, focusing on the process of Extractive Metallurgy regardless of application.
		History has shown that the demand for research in extractive metallurgy and mineral processing tends to increase on short notice, due among other reasons to changing political, economic, and demographic circumstances.
	www.mines.edu /research/KIEM (853 words)

	Metallurgy @ WASM
		WASM postgraduate courses are focused on primary extractive metallurgy which provides the majority of metallurgical employment opportunities in the Australian minerals industry.
		WASM's postgraduate metallurgy courses have produced 170 graduates since their introduction in the mid-1970's, and have long been recognised by industry as offering formal qualifications in metallurgy for non-metallurgy graduates and advanced specialist knowledge for metallurgists.
		This study combination provides a postgraduate qualification in extractive metallurgy over two years of study on a regional campus, which is advantageous for those seeking residential status with excellent local career opportunities.
	www.wasm.curtin.edu.au /postgraduate/metallurgy.htm (616 words)

	Metallurgy - Article from FactBug.org - the fast Wikipedia mirror site
		Metallurgy is a domain of materials science and of materials engineering that studies the physical and chemical behavior of metallic elements and their mixtures, which are called alloys.
		Metallurgy is also applied to electrical and electronic materials where as metals such as aluminum, copper, tin and gold are used in power lines, wires, printed circuit boards and integrated circuits.
		The macroscopic properties of metals are tested using machines and devices that measure tensile strength, compressive strength and hardness.
	www.factbug.org /cgi-bin/a.cgi?a=19722 (863 words)

	Department of Career Services (Site not responding. Last check: 2007-10-12)
		Metallurgy and materials engineering is a mixture of science and engineering; you learn to examine and assess materials at different levels in order to determine their usefulness as well as learn to create new materials.
		You can find careers in metallurgy and materials engineering in lots of areas because many companies and industries use metals and other materials to make their products.
		At UConn, the curriculum for the metallurgy and materials engineering major is designed in cooperation with the regional employers to meet their needs for future talent.
	www.career.uconn.edu /majors/metallurgy.html (651 words)

	Extractive Metallurgy - MSc
		Most applicants will already be employed in the mining industry so employment of graduates is not an issue. The small number of new metallurgy graduates world-wide provides excellent opportunites for professionals seeking to change career to extractive metallurgy through PG Diploma and MSc studies.
		Applicants with other relevant qualifications in extractive metallurgy and extensive industrial experience may be considered for admission. These students may have to take additional courses prior to taking the MSc units.
		This unit is designed to provide opportunities for in-depth study and analysis of developments in operating practices in extractive metallurgy. Learning is based on supervised study, modules from the Mineral Council of Australia Masters program, approved professional short-courses and a seminar series.
	wwwscience.murdoch.edu.au /mineral/masters.html (513 words)

	In the Classroom
		This attractive volume is a popular panoramic history of chemistry, physics, and metallurgy from the beginnings of alchemy to the latest developments in the discovery of superheavy elements, all treated in the full context of social, political, religious, and cultural events.
		No fewer than a dozen beliefs that gave rise to alchemy are considered, and mining and metallurgy in the East, alchemy in the East, the transfer of alchemy to the West, and seminal discoveries in the West are all discussed.
		Chapter 5, “Reform in Chemistry, Mineralogy, and Metallurgy” (28 pp), traces attempts at reform from Torbern Bergman through Antoine-Laurent Lavoisier, John Dalton, Jöns Jacob Berzelius, and others, the Karlsruhe Conference, and culminating in modern chemistry and metallurgy.
	chemeducator.org /bibs/0008005/850340mr.htm (3837 words)

	HUT - Laboratory of Metallurgy
		In 1959 Metallurgy obtained its own laboratory in the Dept of Technical Physics and in 1964 the Department of Rock Engineering was built and extended in 1973.
		Today the Laboratory of Metallurgy is one of the six laboratories of the Department of Materials Science and Engineering.
		The laboratory is now in freshly renovated rooms on the third floor of the department building.
	metallurgy.hut.fi /english (145 words)

	Extractive metallurgy - Wikipedia, the free encyclopedia
		Extractive metallurgy is the practice of extracting metal from ore, purifying it, and recycling it.
		Most metals found in the Earth's crust exist as oxide and sulfide minerals.
		Extractive metallurgical and mineral dressing operations are divided into:
	en.wikipedia.org /wiki/Extractive_metallurgy (646 words)

	Faculties, Metallurgical & Material Engg., Dept., UOR
		Physical metallurgy, alloy design and development, and failure analysis.
		Extractive metallurgy, foundry science and technology and composites.
		Physical metallurgy, alloy design and development and tribology.
	members.tripod.com /rurkiu/acd-metal/fac.html (25 words)

	Introduction to Extractive Metallurgy (Site not responding. Last check: 2007-10-12)
		The course is designed for engineers, technicians, chemists and others working in the extractive metallurgy industries.
		It is intended to provide the attendee with knowledge of current technology and an understanding of the fundamental principles upon which extractive metallurgy operations are based.
		The course would also be beneficial for those working in the recycling and waste minimization areas as well as individuals who support the industry, such as vendors and those in regulatory agencies and related fields.
	www.mines.edu /outreach/cont_ed/extractive.html (383 words)

	2000 TMS Fall Extraction and Process Metallurgy Meeting
		Lead-Zinc 2000 is the fourth decennial symposium organized by TMS that is devoted to the theory and practice of the extractive metallurgy of lead and zinc.
		His current research activities are centred on zinc processing with its associated iron precipitation problems, the leaching of sulphide minerals, and the characterization of the anodes and anode slimes encountered in copper electrorefining.
		His primary areas of research interest are chemical and extractive metallurgy and deposition of coatings with emphasis in electrometallurgical processing.
	www.tms.org /Meetings/Specialty/FallExt2000/Lead-Zinc.html (2798 words)

	Taylor & Francis Journals: Welcome
		Mineral Processing and Extractive Metallurgy Review publishes papers dealing with both applied and theoretical aspects of extractive and process metallurgy and mineral processing.
		Review papers devoted to one genesis, properties and uses of minerals, the scientific, engineering and economic aspects of the extraction, separation and purification of minerals and metals, and the post-treatment of mineral processing and extractive treatment of mineral processing and extractive metallurgy effluents are also invited.
		In addition to regular issues, special issues addressing narrowly focused subjects of regional or topical significance are published when the Editors feel there is sufficient interest among readers.
	www.tandf.co.uk /journals/titles/08827508.asp (134 words)

	Extractive metallurgy (Site not responding. Last check: 2007-10-12)
		This is how aluminium is electrolysed from bauxite dissolved in molten cryolite.
		Extractive metallurgical technologies are divided into mineral processing, hydrometallurgy and pyrometallurgy areas.
		Ferrous metallurgy, which includes reduction of iron ore into iron, and further refinement and alloying with other metals to make steel.
	extractive-metallurgy.iqnaut.net (453 words)

	NMBGMR Laboratories: Extractive Metallurgy
		The metallurgy laboratory provides bench scale and pilot-plant scale ore-testing capabilities to aid the minerals industry of the state.
		The metallurgy laboratory also provides training for mining and metallurgy students and is available to other faculty and staff at New Mexico Tech for minerals-related research.
		Current research projects include: remediation studies on abandoned mill tailings; separation of precious metals, copper, aluminum, and plastics from electronic scrap for recycling; alternative reagents to cyanide leaching; and pressure oxidation in processing refractory gold and silver ores.
	geoinfo.nmt.edu /labs/metallurgy/home.html (272 words)

	MetE Library, "0" Library Proceedings Index (Site not responding. Last check: 2007-10-12)
		Canadian Institute of Mining, Metallurgy and Petroleum (CIM), Extractive metallurgy of copper, nickel and cobalt (Vol.
		EPD, Extractive metallurgy of copper, nickel and cobalt (Vol.
		TMS, Extractive metallurgy of copper, nickel and cobalt (Vol.
	www.mines.utah.edu /metallurgy/Library/bkindice/prcdgsoc.html (2279 words)

	metallurgy - Ask.com Web Search
		Metallurgy and Materials at the University of Birmingham...
		Theoretical and Structural Metallurgy became a final year specialism course.
		Metallurgy is also applied to electrical and electronic materials where as metals such as aluminium, copper, tin and gold are used in power...
	search.ask.com /web?q=metallurgy (266 words)

	Metallurgy Department (Site not responding. Last check: 2007-10-12)
		The department in the present form was founded in 1978 and with 40 years of educational background in science and technology is a pioneer in the filed of Metallurgy and Materials Engineering in Iran.
		There are 31 faculty staff in the department of whom 2 are professors 8 are associate professors.
		The book "Copper Metallurgy", written by Dr. Razavizadeh winner of the "Book of the year".
	www.iust.ac.ir /IUSTEntry/Departments/Metal/default.asp (238 words)

	Maney Publishing - Advertising Information - MINERAL PROCESSING AND EXTRACTIVE METALLURGY
		MINERAL PROCESSING AND EXTRACTIVE METALLURGY (Transactions C of the Institutions of Mining and Metallurgy) is published three times each year by Maney Publishing for The Institute of Materials, Minerals and Mining in association with AusIMM.
		It has a subscription-based circulation of approximately 500 highly qualified directors, divisional managers, research directors and senior technologists, active in the minerals and mining industry in over 30 countries throughout the World, who have significant influence over operational and purchasing within their companies.
		Practice oriented contributions on plant operation and techniques are used to bring out engineering and economic implications, and aspects such as the amelioration of environmental impact also receive broad coverage.
	www.maney.co.uk /advertising/mpem (493 words)

	Maney Publishing - Notes for Contributors - Mineral Processing and Extractive Metallurgy
		Mineral Processing and Extractive Metallurgy (MPEM) is devoted to scientific, engineering and economic aspects of the preparation, separation, extraction and purification of ores, metals and mineral products by both physical and chemical methods.
		By submitting to Mineral Processing and Extractive Metallurgy, authors acknowledge and accept that papers are considered for publication on the basis:
		Authors will be required, before publication, to transfer copyright of their article to the Institute of Materials, Minerals and Mining and the Australasian Institute of Mining and Metallurgy (AusIMM) (this condition may be waived if Crown (or equivalent) copyright is involved and a licence to publish given).
	www.maney.co.uk /journals/notes/mpem (2001 words)

	Minerals Engineering International Online - General Minerals Engineering: Refereed Publications
		Williams, N.R., and Holtzhausen, S., The impact of ore characterization and blending on metallurgical plant performance.
		Bose, D. K., Gupta, C. K., Extractive Metallurgy of Tantalum.
		Journal of South African Institute of Mining and Metallurgy, Vol.
	www.min-eng.com /general/refs/2001.html (390 words)

	Ore Processing / Extractive Metallurgy
		Cotterhill, C. and Cigan, J. Volume 2, Extractive Metallurgy of Lead and Zinc, New York, 1970, cl, 1090 pages, - 3 -, $ 35
		Hausen, D. and Park, W. MINERALOGY: Extractive Metallurgy, Mineral Exploration, Energy Resources, New York, 1981, cl, publication of the Metallurgical Society of AIME
		Hausen, D. and Park, W. PROCESS MINERALOGY: Extractive Metallurgy, Mineral Exploration, Energy Resources, New York, 1981, cl, publication of the Metallurgical Society of AIME (110
	booksgeology.com /ore.extractive_metallurgy.htm (1619 words)

	Extractive Metallurgy and Mineral Processing \| BC Research (Site not responding. Last check: 2007-10-12)
		BC Research offers mineral processing and extractive metallurgy for a wide range of minerals.
		Our team of engineers and technologists provide comprehensive test data to assist in mine potential evaluation and flowsheet development.
		BC Research offers flotation test work for sulphide minerals, precious metals and industrial minerals such as talc, oxides, sulphur and mica.
	bcresearch.com /amd/extract.htm (721 words)

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