Volume 2, Issue 1

Journal of Phase Equilibria is now archived and no longer receiving submissions with this publisher. All articles published in the journal during its time with Springer will remain fully searchable through our websites.

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June 1981

43 articles in this issue

Editor's corner
Lawrence H. Bennett
EditorialNotes Pages: 2 - 2
Calendar of events

Events Pages: 3 - 3
Phase diagram bookshelf

Announcement Pages: 4 - 4
Bibliographic citations appearing in Metals Abstracts in May Through September 1980

Recent Literature Pages: 5 - 24
New section on phase diagrams announced

Phase Diagram Activities Pages: 24 - 24
New atlases of Pourbaix diagrams for metal-gas Equilibria

Phase Diagram Activities Pages: 25 - 25
Chinese compilation of precious metal alloy phase diagrams

Phase Diagram Activities Pages: 26 - 26
Casting
John F. Wallace
Utilization of Phase Diagrams Pages: 26 - 26
Brazing
A. P. Miodownik
Utilization of Phase Diagrams Pages: 27 - 27
Furnace
F. N. Rhines
Utilization of Phase Diagrams Pages: 27 - 27
Carbide tools
F. N. Rhines
Utilization of Phase Diagrams Pages: 27 - 27
Additional data on the metastable Be−Cu system
David E. Laughlin
Comments and Addenda Pages: 27 - 27
The composition range of 60 to 80% Ni in the Mn−Ni (Manganese-Nickel) system
P. Coulomb
Comments and Addenda Pages: 27 - 27
Precision of phase boundary data
Arthur Pelton
Comments and Addenda Pages: 28 - 28
The Be−Cu (Beryllium-Copper) system: Metastable solvi
D. E. Laughlin
L. E. Tanner
Comments and Addenda Pages: 28 - 28
The centennial of the Gibbs-Konovalov rule for congruent points
David A. Goodman
John W. Cahn
Lawrence H. Bennett
Gibbs-Konovalov Rule Pages: 29 - 34
Binary phase diagrams of transition elements
R. M. Waterstrat
Transition Elements Pages: 35 - 38
Evaluations of alloy systems

Alloy Phase Diagram Evaluations Pages: 39 - 39
General references

Alloy Phase Diagram Evaluations Pages: 39 - 39
NBS computer databank

Alloy Phase Diagram Evaluations Pages: 39 - 39
The V (Vanadium) system
J. F. Smith
Provisional Pages: 40 - 41
The Si−V (Silicon-Vanadium) system
J. F. Smith
Provisional Pages: 42 - 48
The Ti−V (Titanium-Vanadium) system
Joanne L. Murray
Provisional Pages: 48 - 55
The Nb−Ti (Niobium-Titanium) system
Joanne L. Murray
Provisional Pages: 55 - 61
The Ta−Ti (Tantalum-Titanium) system
Joanne L. Murray
Provisional Pages: 62 - 66
The Au−Pt (Gold-Platinum) system
Satish P. Singhal
Provisional Pages: 66 - 70
The Al−Au (Aluminum-Gold) system
Rodney P. Elliott
Francis A. Shunk
Provisional Pages: 70 - 75
The Al−Nb system (Aluminum-Niobium)
Rodney P. Elliott
Francis A. Shunk
Provisional Pages: 75 - 81
The Ag−Pb (Silver-Lead) system
S. Ashtakala
A. D. Pelton
C. W. Bale
Provisional Pages: 81 - 83
The Cd−Pb (Cadmium-Lead) system
S. Ashtakala
A. D. Pelton
C. W. Bale
Provisional Pages: 83 - 86
The Pb−Sb (Lead-Antimony) system
S. Ashtakala
A. D. Pelton
C. W. Bale
Provisional Pages: 86 - 89
The Cr−Fe−Ni system (Chromium-Iron-Nickel)
G. V. Raynor
V. G. Rivlin
Provisional Pages: 90 - 99
The Cr−Fe (Chromium-Iron) system
G. V. Raynor
V. G. Rivlin
Provisional Pages: 99 - 100
The Cr−Ni (Chromium-Nickel) system
G. V. Raynor
V. G. Rivlin
Provisional Pages: 100 - 101
The Fe−Ni (Iron-Nickel) system
G. V. Raynor
V. G. Rivlin
Provisional Pages: 102 - 102
The Cr−Fe−Mn system (Chromium-Iron-Manganese)
E. A. Brandes
R. F. Flint
Provisional Pages: 103 - 104
The Cr−Mn (Chromium-Manganese) system
E. A. Brandes
R. F. Flint
Provisional Pages: 104 - 105
The Fe−Mn (Iron-Manganese) system
E. A. Brandes
R. F. Flint
Provisional Pages: 106 - 106
The B−Cr−Mn system (Boron-Chromium-Manganese)
Donald T. Hawkins
Provisional Pages: 107 - 107
The B−Cr (Boron-Chromium) system
Donald T. Hawkins
Provisional Pages: 108 - 109
The B−Mn (Boron-Manganese) system
E. A. Brandes
R. F. Flint
Provisional Pages: 109 - 110
The Mn−Ni (Manganese-Nickel) system
E. A. Brandes
R. F. Flint
F. Reynaud
Provisional Pages: 110 - 112
Alloy Phase Diagram Tear-Outs

Announcement Pages: 112 - 146

Volume 2, Issue 1

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