Magnetic-induced tricritical point in alloys and the low-temperature Fe−Ni and Fe−Ni−Cr phase diagrams Y. Austin Chang Tricritical Point Pages: 513 - 521
The Al−As−In system (Aluminum-Arsenic-Indium) R. Schmid-Fetzer Alloy Phase Diagram Evaluations Pages: 527 - 529
The Al−As−P system (Aluminum-Arsenic-Phosphorus) R. Schmid-Fetzer Alloy Phase Diagram Evaluations Pages: 530 - 532
The Al−As−Sb system (Aluminum-Arsenic-Antimony) R. Schmid-Fetzer Alloy Phase Diagram Evaluations Pages: 532 - 533
The Al−B−Co system (Aluminum-Boron-Cobalt) O. Kubaschewski Alloy Phase Diagram Evaluations Pages: 533 - 536
The Al−B−Ni System (Aluminum-Boron-Nickel) E. E. Schmld Alloy Phase Diagram Evaluations Pages: 537 - 539
The Al−Ca−Zn system (Aluminum-Calcium-Zinc) A. Prince Alloy Phase Diagram Evaluations Pages: 540 - 545
The Al−Li−X systems (X=Ag, As, P, B, Cd, Ge, Fe, Ga, H, In, N, Pb, S, Sb and Sn) N. C. GoelJ. R. Cahoon Alloy Phase Diagram Evaluations Pages: 546 - 548
The Cu−In (Copper-Indium) system P. R. SubramanianD. E. Laughlin Alloy Phase Diagram Evaluations Pages: 554 - 568
The H−Ni (Hydrogen-Nickel) system M. L. WaymanG. C. Weatherly Alloy Phase Diagram Evaluations Pages: 569 - 580
The In−La (Indium-Lanthanum) system A. PalenzonaS. Cirafici Alloy Phase Diagram Evaluations Pages: 580 - 588
The In−Yb (Indium-Ytterbium) system A. PalenzonaS. Cirafici Alloy Phase Diagram Evaluations Pages: 588 - 592