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Your search for [subject]Copper alloys returned 12 records. |
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Copper as an alloying element in steel and cast iron.
by Lorig, Clarence Herman, 1900-; New York: McGraw-Hill, 1948.
Subject: Copper steel; Iron alloys; Copper alloys.
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On the deviation from random distribution of solute atoms in some copper-based alloys.
by Butt, M.Z.;
Subject: Alloys; Copper alloys; Random distribution.
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The alloys of iron and copper.
by Gregg, James Lawrence, 1899-; New York: Pub. for the Engineering foundation by the McGraw-Hill, 1934.
Subject: Iron alloys; Copper alloys.
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The routine analysis of copper base alloys.
by Versagi, Frank J.; New York: Chemical Pub Co., 1960.
Subject: Copper alloys; Copper--Analysis.
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Precipitation hardening of manganese bronze.
by Aguila, Loreta G.; 2002.
Subject: Manganese alloys; Manganese -- Copper alloys; Bronze -- Mettalurgy.
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High conductivity copper alloys; cadmium copper, chromium copper, silver copper, telurium copper.
London: s.n., 1956.
Subject: Copper alloys.
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A.S.T.M. standards on copper and copper alloys, sponsored by A.S.T.M. committee B-5 on copper and copper alloys, cast and wrought, April, 1946.
Philadelphia, Pa.: s.n., 1946.
Subject: Copper; Copper alloys.
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Properties of copper alloys at cryogenic temperatures.
by Simon, N.J.; Gaithersburg, MD: U.S. Department of Commerce, 1992.
Subject: Copper--Thermal Properties; Copper Alloys--Thermal Properties; Low Temperature Research; Metals at Low Temperaturev850CS Library.
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Precipitation hardening of manganese bronze.
by Aguila, Loreto G.; 2002.
Subject: Manganese-copper alloys; Precipitation hardening; Metallography.
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Thermal aging effects on intermetallic compound growth kinetics and solder joint reliabilty performance involving Sn-1.2%Ag-0.5%Cu with Ni Dopant on copper organic solderability (Cu OSP) substrate surface finish.
by Manauis, Melissa B.; 2007.
Subject: Tin-silver-copper alloys; Solder and soldering.
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