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2006
Alloy properties and phase constitutions for ternary Ti-Al-B and Ti-B-X, quaternary Ti-10 at.% Al-B-X (where X=Si, Ge, Sn, Zr, V, or Nb) and some multi-component alloys were investigated on alloys prepared by arc melting. Ascast and annealed samples were studied by metallography, electron probe microanalysis, XRD, DTA, Vickers hardness at temperatures ...
Tamara Velikanova +5 more
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Alloy properties and phase constitutions for ternary Ti-Al-B and Ti-B-X, quaternary Ti-10 at.% Al-B-X (where X=Si, Ge, Sn, Zr, V, or Nb) and some multi-component alloys were investigated on alloys prepared by arc melting. Ascast and annealed samples were studied by metallography, electron probe microanalysis, XRD, DTA, Vickers hardness at temperatures ...
Tamara Velikanova +5 more
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1977
A classification of ternary metal borides has recently been given (NOWOTNY, 1972). In the meantime quite a few well-defined ternary metal borides have been detected and characterized, particularly by Russian authors.
H. Nowotny, P. Rogl
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A classification of ternary metal borides has recently been given (NOWOTNY, 1972). In the meantime quite a few well-defined ternary metal borides have been detected and characterized, particularly by Russian authors.
H. Nowotny, P. Rogl
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Heterometallic boride clusters
2018This thesis was digitised by the British Library from microfilm. You can acquire a single copy of this thesis for research purposes by clicking on the padlock icon on the thesis file. Please be aware that the text in the supplied thesis pdf file may not be as clear as text in a thesis that was born digital or digitised directly from paper due to the ...
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A progress report on the MAB phases: atomically laminated, ternary transition metal borides
International Materials Reviews, 2020Sankalp Kota +2 more
exaly
1977
The crystal structure of CrB4 (ANDERSSON and LUNDSTROM, 1968) and MnB4 (ANDERSSON and CARLSSON, 1970) are closely related, although the former is orthorhombic with a = 4.744 A, b = 5.477 A and c = 2.866A and the latter monoclinic with a = 5.503 A, b = 5.367 A, c = 2.949 A and β= 122.71.
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The crystal structure of CrB4 (ANDERSSON and LUNDSTROM, 1968) and MnB4 (ANDERSSON and CARLSSON, 1970) are closely related, although the former is orthorhombic with a = 4.744 A, b = 5.477 A and c = 2.866A and the latter monoclinic with a = 5.503 A, b = 5.367 A, c = 2.949 A and β= 122.71.
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