21. Materials: Other Materials: Metals And Alloys (North American Suppliers Director North American Suppliers Directory Materials metals and alloys Enhanced listings Carpenter Technology Corp. , http://www.devicelink.com/company98/category/Materials/Metals_and_alloys.html

Register Login add a company research ... Materials : Metals and alloys Enhanced listings: Carpenter Technology Corp. , Wyomissing, PA, 610/208-2000 CoorsTek , Golden, CO, 303/277-4116 E/M , Peachtree City, GA, 770/261-4800 Metal Cutting Corp. , Cedar Grove, NJ, USA, 973/239-1100 New England Precision Grinding Inc. , Holliston, MA, 800/959-0341 NiCoForm Inc. , Rochester, NY, 585/454-5530 , Fremont, CA, USA, 510/623-6996 All listings: A.L. Johnson Co. , Camarillo, CA, 805/389-4631 Abrasive Sales LLC , Las Vegas, NV, 866/726-2930 Accu-Met Laser Inc. , Cranston, RI, 401/275-5509 Advanced Conductive Materials , Atascadero, CA, 805/462-0355 Aerofab Inc. , Tucson, AZ, 520/623-3961 Aeromax Metals , Fresno, California, 559/274-0826 Alphacasting Inc. , Montreal, QC, Canada, 514/748-7511 Amark Industries Inc. , Livingston, NJ, 973/992-8900 Anchor Lamina , Farmington, MI, 248/489-9122 Arrow Grinding Inc. , Tonawanda, NY, 716/693-3333 Baird Industries , Ho-Ho-Kus, NJ, 201/652-6335 Bird Precision , Waltham, MA, 781/894-0160 Bohler-Uddeholm North America , Rolling Meadows, IL, USA, 800/638-2520 Boston Centerless , Woburn, MA, 800/343-4111 Brush Plating Services , Torrance, CA, USA, 800/752-8348 California Fine Wire Co.

22. Surface Structure Of Liquid Metals, Liquid Alloys And Reacted Liquid Metal Surfa Apart from those more principal considerations, the following points are ofimportance for our particular experiments on liquid metals and alloys http://liquids.deas.harvard.edu/oleg/metals.html

Harvard University Surface Structure of Liquid Metal and Liquid Metal Alloy Surfaces People working on the project: Peter S. Pershan Alexei Grigoriev , Post-Doctoral Fellow Oleg Shpyrko , Graduate Student Former Harvard Participants Patrick Huber Holger Tostmann: Harvard Web page and Current Location Mike Regan: Personal Web Page Eric Kawamoto: PhD (1994) Principal Non-Harvard Collaborators Ben Ocko: Brookhaven National Labs Elaine DiMasi: Brookhaven National Labs Moshe Deutsch Bar Ilan University, Israel The liquid metals project is carried out in collaboration with x-ray groups at the Physics Department of Brookhaven National Laboratory (BNL) , NY and Bar-Ilan University , Israel. Until recently almost all of the experiments were performed at the beamlines and of the National Synchrotron Light Source (NSLS) ; however, we have started to experiment at the Advanced Photon Source at Argonne National Laboratory (APS) and we expect this will be an increasingly important aspect of our program for the next several years. This work is jointly supported at Harvard by the U.S. DOE Grant No. DE-FG02-88-ER45379 and NSF Grant No. NSF-DMR-98-78127. Measurements at the NSLS are supported by DOE grant DE-AC02-76CH00016 Investigators from other institutions that collaborate with us receive other support.

23. KLUWER Academic Publishers | Metals And Alloys Advanced Light Alloys and Composites Ryszard Ciach September 1998, ISBN 07923-5222-X,Hardbound Price 278.00 EUR / 351.50 USD / 211.75 GBP Add to cart. http://www.wkap.nl/home/topics/N/1/2/

Title Authors Affiliation ISBN ISSN advanced search search tips Home Browse by Subject ... Materials Metals and Alloys Sort listing by: A-Z Z-A Publication Date Advanced Light Alloys and Composites Ryszard Ciach September 1998, ISBN 0-7923-5222-X, Hardbound Price: 278.00 EUR / 351.50 USD / 211.75 GBP Add to cart Around Glare A New Aircraft Material in Context Coen Vermeeren August 2002, ISBN 1-4020-0778-7, Hardbound Price: 100.00 EUR / 100.00 USD / 65.00 GBP Add to cart Atom Probe Tomography Analysis at the Atomic Level Michael K. Miller July 2000, ISBN 0-306-46415-2, Hardbound Price: 85.00 EUR / 81.00 USD / 56.00 GBP Add to cart Electron Correlations and Materials Properties Antonios Gonis, Nicholis Kioussis, Mikael Ciftan November 1999, ISBN 0-306-46282-6, Hardbound Price: 247.00 EUR / 224.00 USD / 143.25 GBP Add to cart Extrusion of Aluminium Alloys T. Sheppard January 1999, ISBN 0-412-59070-0, Hardbound Price: 284.50 EUR / 264.00 USD / 166.25 GBP Add to cart Frontiers in Magnetism of Reduced Dimension Systems Victor G. Bar'yakhtar, Philip E. Wigen, Natalia A. Lesnik March 1998, ISBN 0-7923-5026-X, Hardbound

24. KLUWER Academic Publishers | Metals And Alloys Structural Thermodynamics of Alloys J. Manenc, N. Corcoran November 1973, ISBN 90277 Protectionof Metals Yurii M. Polukarov 2003, Volume 39 (6 issues) Price http://www.wkap.nl/home/topics/N/1/2/?sort=Z&results=0

25. Materials By Design: Metals And Metal Alloys Materials by Design. Metals and Metal Alloys. Many metals and alloys have high densitiesand are used in applications which require a high massto-volume ratio. http://www.mse.cornell.edu/courses/engri111/metal.htm

Metals and Metal Alloys Metals are elements that generally have good electrical and thermal conductivity. Many metals have high strength, high stiffness, and have good ductility. Some metals, such as iron, cobalt and nickel are magnetic At extremely low temperatures, some metals and intermetallic compounds become superconductors Shape memory alloys Video clip: Microsoft Video for Windows AVI (116 kB), Apple QuickTime (112 kB) What is the difference between a metal alloy and a pure metal? Pure metals are elements which comes from a particular area of the periodic table. Examples of pure metals include copper in electrical wires and aluminum in cooking foil and beverage cans. Metal Alloys contain more than one metallic element. Their properties can be changed by changing the elements present in the alloy. Examples of metal alloys include stainless steel which is an alloy of iron, nickel, and chromium; and gold jewelry which usually contains an alloy of gold and nickel. Why are metals and metal alloys used?

26. ZORAYAN INC. Canada. Provides electroplating for variety of metals and alloys such as copper, brass, aluminium, steel, and bronze. http://www.zorayan.com/

27. Burlington Stamping Inc. Canada. Specializes in production of small deepdrawn parts in variety of metals and alloys. Includes relays, battery caps, tubes and shells, eyelets, and ferrules. Serves automotive, battery, electrical, and hardware markets. http://burlingtonstamping.com

Burlington Stamping inc. SKIP INTRO Quality Is Our Best Draw.............Deep Draw Metal Forming.............In House Engineering and Tooling Facilities

28. ICDD - Membership > Technical Committee > Metals And Alloys International Centre for Diffraction Data® Membership Technical Committees metals and alloys. Howard Jones, joneshow@pweh.com, Metals Alloys Chair, http://www.icdd.com/membership/metalloy.asp

International Centre for Diffraction Data® Membership Technical Committees Metals and Alloys Subcommittee Members - Howard Jones, Chairman The Metals and Alloys Subcommittee shall be responsible for (1) assuring that the Metals and Alloys subfile meets present and future needs of metallurgists and materials scientists, (2) developing and updating the Metals and Alloys subfile, (3) editing Metals and Alloys data and products to ensure a high standard of quality, and (4) extending the coverage and usefulness of the Metals and Alloys subfile. Name E-mail Title Status Samy Abd El-Hakim samy11660@hotmail.com Bohdana Belan belan@mail.lviv.ua J. Michael Bennett Oksana Bodak bodak@franko.lviv.ua Julia Chan julia.chan@chem.lsu.edu Jo Daams daams@natlab.research.philips.com Jeffrey Dann jeff.dann@sylvania.com John Faber faber@icdd.com Principal Scientist Timothy Fawcett fawcett@icdd.com Executive Director Yan Gao gao@crd.ge.com Biserka Grzeta grzeta@rudjer.irb.hr Camden Hubbard hubbardcr@ornl.gov ICDD Chairman Liaison Gamal Abd Elhalim Mohamed Hussein gmal56@yahoo.com

29. METALS & ALLOYS | Cost Of Corrosion and titanium alloys. The total 1998 consumption cost of the corrosionresistantmetals and alloys is estimated at $7.7 billion. http://www.corrosioncost.com/methods/resistantalloys/

Corrosion-resistant alloys are used where corrosive conditions prohibit the use of carbon steels and protective coatings provide insufficient protection or are economically not feasible. Examples of these alloys include stainless steels, nickel-base alloys and titanium alloys. The total 1998 consumption cost of the corrosion-resistant metals and alloys is estimated at $7.7 billion. According to the U.S. Census Bureau statistics, a total of 2.5 million tons of raw stainless steel was sold in the United States in 1997. With an estimated cost of $2.20 per kg ($1 per pound) for raw stainless steel, a total annual (1997) production cost of $5.5 billion was estimated. It is assumed that all production is for U.S. domestic consumption. The total consumption of stainless steel also includes imports, which account for over 25 percent of the U.S. market. Thus, the total consumption of stainless steel can be estimated at $7.3 billion. CORROSION CONTROL METHODS Protective Coatings Corrosion Inhibitors Corrosion Control Services Where environments become particularly severe, nickel-base and titanium alloys are used. Nickel-base alloys are used extensively in the oil production and refinery and chemical process industries, where conditions are aggressive. Further, there is an increased use of these alloys in other industries, where high temperature and/or severe corrosive conditions exist. With the average price for nickel base alloys at $13 per kg in 1998, the total sales value in the United States was estimated at $285 million.

30. Aelco Foundry - Sand And Investment Stainless, Carbon, Brass, Aluminum Bronze An Produces variety of sand and investment castings from broad range of metals and alloys. Includes impellers, casings, and valve bodies and discs. Site provides list of available materials and picture tour of foundry operations. http://aelcofoundry.com

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31. Metals And Alloys civilization. From bridges and skyscrapers to silicon chips, metalsand alloys still play a crucial role in our everyday life. A http://www.people.clarityconnect.com/webpages/terri/metals.html

Metals Metals have been important to our civilization. From bridges and skyscrapers to silicon chips, metals and alloys still play a crucial role in our everyday life. A metal is a crystalline structure with atoms arranged in an orderly fashion. Metals are good conductors of heat and electricity. Material scientists are not only interested in the properties of metals that be seen with the naked eye, but must rely on microscopic analysis to determine if a metal or alloy has the necessary properties for its uses. Learn more: What is a metal? Materials by Design: Metals and Alloys Properties of Metals Single unit of silicon (notice its cubic alignment) References Sass. Stephen L. The Substance of Civilization. Materials and Human History from the Stone Age to the Age of Silicon. New York: Arcade Publishing, 1998. Voort, Vander. Metallography. Principles and Practice. New York: McGraw Hill, 1984. Return to MSE

32. NASA/Marshall Microgravity Science: Metals & Alloys Overview Materials Science Overview metals and alloys. return to space. Metalsand alloys are virtually everywhere in our daily lives. From http://science.nasa.gov/msl1/themes/manda_over.htm

Materials Science Overview - Metals and Alloys T oday on MSL-1 we highlight some of the materials science research being done in space. Metals and alloys are virtually everywhere in our daily lives. From them, we make aircraft engines, automobiles, bridges, buildings - even paper clips. Certain metals are appropriate for use in certain functions, while not suitable in others. B efore we can effectively use metals and alloys in products that we need, many questions must be answered through scientific investigation and experimentation: What makes some metals different from others? Why are some metals or alloys great for one application, but not so great for others? How do we know which metal or alloy to use in which situation? How can we learn beforehand , whether a metal or alloy is strong enough, flexible enough, or light enough for our needs? Can we design a metal or alloy to meet a particular need or set of circumstances? How do we build a metal part or piece of equipment so that its performance is maximized? What causes metal to break or lose strength?

33. NASA/MSL-1 HOW - Metals And Alloys Diffusion of Liquid metals and alloys will look at how metals of almostthe same atomic mass two isotopes of tin - diffuse into each other. http://science.nasa.gov/msl1/manda_how.htm

Metals and Alloys TEMPUS Large Isothermal Furnace Coarsening in Solid-Liquid Mixtures TEMPUS Everything floats in weightlessness, but making things float where you want them to float is a challenge. Germany is meeting that with TEMPUS , an electromagnetic levitation furnace that will melt samples without them touching the walls, thus rendering nearly perfect samples. ...more Large Isothermal Furnace The Large Isothermal Furnace developed by Ishikawajima-Harima Heavy Industries Co., Ltd., for the National Space Development Agency of Japan (NASDA). Japan's National Space Development Agency will be making its third flight in space. LIF heats and cools an entire sample, hence the name iso (same) thermal (temperature). Six experiments are to be conducted using the LIF. They are: Liquid Phase Sintering (LPS-2) :This process is used by industry to form very hard, dense solids, which are used in anything from cutting tools, to car transmission gears to radiation shields! The materials are made by fusing (sintering) metal or ceramic powders. Liquid phase sintering uses a special liquid, made from the material itself, to suspend the powders for fusing. However, gravity affects the dispersal of the powders suspended in the liquid, and causes the resulting solid to be less uniform. This experiment is designed to better understand this process and develop techniques that can be used to lower costs of production, and create even better solids using LPS. The history of physics has been marked by measurements of constants, numbers - like the speed of light in a vacuum or the value of pi - that anchor equations so we can get useful answers from other values that vary. Despite centuries of experience in mixing, molding, and casting metals, we still don't have several constants - called diffusion coefficients - for mixing certian sets of metals. In samples large enough to measure the diffusion, gravity can disturb the answer the results. Five LIF experiments will pursue these constants:

34. Metals And Alloys\alliance\microgravity\materials\science\applications\ammsa Addressing this demand from the metallurgical community forms the coreof the research philosophy of the AMMSA metals and alloys group. http://space.hsv.usra.edu/ammsa/metalsandalloys.html

METALS AND ALLOYS SECTION In-Situ Monitoring Of Solidification Processes Particle Engulfment and Pushing By Solidifying Interfaces (PEP) Defect Formation During Solidification Pattern Formation During Solidification ... Solidification Of Monotectic Alloys RESEARCH GOALS AND DIRECTIONS The growing demand for high quality and inexpensive alloys and semiconductor crystals requires a precise methodology to predict and subsequently control both the pattern formation and the distribution of impurities, additives, and phases in the grown crystal. To meet this demand it is imperative not only to develop sophisticated analytical and numerical models to predict the process-structure-property relationship but also to develop sound experimental techniques to rigorously validate such models. Addressing this demand from the metallurgical community forms the core of the research philosophy of the AMMSA metals and alloys group. Apart from its practical significance, the study of morphological evolution and phase separation is also viewed as a means to unearth a general paradigm for pattern formation in nature. Current Research Supported by AMMSA: Studying in-situ and ex-situ solidification processes, phase separation and pattern formation making use of both optically transparent model substances and real metal and alloy system. This includes monotectic and eutectic systems. To view the dynamics of the solidification phenomenon in metals in real time a x-ray transmission microscope is used. In order to quantify the thermal characteristics of the solidification front, also in real time, either the Seebeck technique or a micro-array of thermocouples will be incorporated in the x-ray transmission microscope.

35. Electroformed Nickel, Inc., Rhedco, Electroforming, Nickel Molds Specializes in electrodeposition of metals and alloys. Applications range from aerospace to variety of industrial requirements. Also offers consultation services, equipment supply, and training in electroforming technology. http://rhedco.com

ELECTROFORMING AT ITS BEST SINCE 1980 ELECTROFORMED NICKEL, INC. A MANUFACTURING COMPANY 785 MARTIN ROAD, HUNTSVILLE, AL 35824 PH: 256-461-1998 FAX: 256-461-6966 e-mail: efnickel@worldnet.att.net RHEDCO, INC. A CONSULTING COMPANY 785 MARTIN ROAD, HUNTSVILLE, AL 35824 PH: 256-461-1998 FAX: 256-461-6966 e-mail: rhedco@aol.com ELECTROFORMED NICKEL, INC. is a privately owned small business formed to satisfy the unique requirements of today's highly technical industries. Founded in 1981 and incorporated in 1985, ENI has gained international recognition as the premier company operating in the field of heavy electro-deposition of metals and alloys. The success that we have enjoyed is the result of a carefully nurtured exchange of ideas with our customers, enabling us to produce durable and attractive products of high quality and marketability. We expanded our operations to include electrodeposited alloys for structural applications, electrodeposited OFHC copper for high thermal and electrical conductivity, and electrodeposited thick coatings of platinum group metals for oxidation protection at elevated temperature. Our processes have been developed by personnel with accumulative experience of more than one hundred years. Many processes used were developed through research on SBIR, or the unique requirements of high tech industry.

36. Specialty Metals And Alloys Specialty metals and alloys. Most of the metals and alloys shown beloware available in wire, ribbon, foil, square and rectangular shapes. http://www.mwswire.com/specialmetal1.htm

Specialty Metals and Alloys Back to Main Back to Other Products Page Click here to view the different characteristics of these Specialty Metals and Alloys MWS "Specialty Metals" cover a broad range of materials from high purity precious metals to high temperature refractory metals. When alloyed, these metals combine to create hundreds of materials with many unique physical, thermal, and electrical properties. Most of the metals and alloys shown below are available in wire, ribbon, foil, square and rectangular shapes. Properties of Specialty Metals and Alloys Metal Symbol °C) Melt Point °C) Boil Point Density at 20°C Coefficient of Thermal Expansion near 20°C Specific Heat at 20°C Thermal Conductivity near 20°C Electrical Resistivity Purity (%) Commonly Alloyed with (gm/cu cm) (X °C (cal / g / °C) (cal / sq cm / microhm / cm ohms/cmf @ 20°C cm / sec / °C) Gold Au 2.19( 0°C ) Sb, Cu, Ni, Pt, Ag, Be, Co, Fe, Ga, Sn, Ge, Si, In Indium In 0°C ) Bi, Pb, Sn, Ag, Au, Cu

37. In Stock: Litz Wire, Nichrome, Magnet Wire, Ultrafine Magnet Wire, Bifilar Wire Provider of a range of specialty wires including magnet, resistance, nichrome, litz, tungsten, special precious metals and alloys. http://www.wiretron.com/

Welcome to the WireTronic Inc. Home Page! Our Toll Free Ph# 1-888-WIRETRO (947-3876) in US, Canada, Virgin Islands Our Fax#: (209) 296-8462 International Ph# (209) 296-8460 Sales Office Hours: 7:30 am - 4:00 pm Pacific Time, Monday - Friday Email Us! sales@wiretron.com Download WireTronic Software for Windows(tm) - wtsetup.exe(438K) Our Product Line - Product Descriptions/Specifications Magnet Wire - General Information Page ... FAQ - Frequently Asked Questions Ordering, Billing, Shipping/Rcvg - WireTronic Inc. 19698 State Hwy 88 #C, Pine Grove, CA 95665-9458 USA Nichrome is a tradmark of Driver Harris Corp. - Inconel/Monel are trademarks of the Inco Co's.

38. Metals And Alloys Abbreviations And Acronyms The metals and alloys industry uses many abbreviations related to specification,quality, and end use. Visit MatWeb for a complete http://www.matweb.com/reference/abbreviationsM.asp

Welcome to MatWeb Data on over metals, plastics, ceramics, and composites. HELP WANTED! HOME SEARCH TOOLS ... LOGIN Searches: Sequential Material Type Property Composition ... Manufacturer Metals Abbreviations and Acronyms The following abbreviations are used within the metals industry. Many are acronyms of standards institutions and professional societies, but test methods and metals applications are also represented. If you have suggestions for additional abbreviations, please email us AAR Association of American Railroads ABS American Bureau of Shipbuilding ACDQ Accelerated Cooling Direct Quench ACI Alloy Casting Institute AFNOR Association Francaise de Normalisation AGA American Gas Association AISI American Iron and Steel Institute AMS Aerospace Materials Specifications AOD Argon Oxygen Decarburization API American Petroleum Institute AQ Aircraft Quality AREA American Railway Engineering Association ASCE American Society of Civil Engineers ASIE American Society of Industrial Engineers ASM American Society for Metals (now ASM International) ASME American Society of Mechanical Engineers ASQ Aircraft Structural Quality ASQ Axle Shaft Quality ASTM American Society for Testing and Materials AWWA American Water Works Association BSI British Standards Institute BSSA British Stainless Steel Association CD Cold Drawn CDA Copper Development Association CERF Civil Engineering Research Foundation CF Cold Formed or Cold Finished CHQ Cold Heading Quality COF Coefficient of Friction CQ Commercial Quality CR Cold Rolled

39. Atlantic Metals And Alloys Inc. Atlantic Metals Alloys, Inc. David Czerniawski 335 Benton St. David Czerniawski.Products Rare metals plus their alloys and chemical compounds. http://www.ameslab.gov/RIC/Sponsor Pages/AtlanticMetals.htm

David Czerniawski 335 Benton St. P.O. Box 589 Stratford, CT 06615-0589 Tel: Fax: e-mail: atlanticm@snet.net Website: www.atlanticmetals.com Sales Contact Person: Mark Chagnon Technical Contact Person: David Czerniawski Products: Rare metals plus their alloys and chemical compounds Purveyors of rare, platinum group, refractory and rare earths in elemental, alloy and compound form. Refining of scraps and residues containing those metals. Return to Sponsors RIC Homepage Textures from Imagine

40. Solidification Of Refractory Metals And Alloys . Coordinator. B. Vinet....... Materials Sciences . Solidification of Refractory metals and alloys.Discipline. Physical Sciences. http://www.spaceflight.esa.int/users/file.cfm?filename=coord-tt-ps-srma

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