Results 181 to 190 of about 5,663 (208)
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Deoxidation studies with cyclopropylcarbinol
Canadian Journal of Chemistry, 1970The liquid products from the deoxidation with cyclopropylcarbinol in KOH–CHBr3 were identified as cyclopropylcarbinyl, cyclobutyl, and allylcarbinyl alcohols, bromides, and the various ethers, with dicyclopropylcarbinyl ether as the most abundant product.
A. J. Cessna, C. C. Lee
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JOM, 1959
What is it? Why do you do it? How do you do it? These questions and many more are here answered, in language any steelmaker can understand, by the author of “The Nonmetallic Constituents of Steel,” this year’s Howe Memorial Lecture.
Clarence E. Sims, Charles W. Briggs
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What is it? Why do you do it? How do you do it? These questions and many more are here answered, in language any steelmaker can understand, by the author of “The Nonmetallic Constituents of Steel,” this year’s Howe Memorial Lecture.
Clarence E. Sims, Charles W. Briggs
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ECS Transactions, 2012
The electro-deoxidation of titanium dioxide foams in molten calcium chloride is presented. Studies performed with a three electrode cell, with cathodes of porous titania foams of different open porosity, a graphite anode and a wolframium pseudo-reference electrode.
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The electro-deoxidation of titanium dioxide foams in molten calcium chloride is presented. Studies performed with a three electrode cell, with cathodes of porous titania foams of different open porosity, a graphite anode and a wolframium pseudo-reference electrode.
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Alloy Digest, 1969
Abstract Boron Deoxidized Copper 109, also known as B D cu 109, has the essential ductility and high conductivity of pure copper, but is inherently resistant to oxygen penetration and embrittlement. It is recommended for components in the electronic and electrical industries, electron tubes and vacuum units.
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Abstract Boron Deoxidized Copper 109, also known as B D cu 109, has the essential ductility and high conductivity of pure copper, but is inherently resistant to oxygen penetration and embrittlement. It is recommended for components in the electronic and electrical industries, electron tubes and vacuum units.
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Relative deoxidizing powers of some deoxidizers for steel
JOM, 1949C. E. Sims, H. A. Saller, F. W. Boulger
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