8 Result(s)

Article

The ternary subsystem Sn₄As₃-Bi-SnAs

The portion of the Sn-Bi-As ternary system bounded by the Sn₄As₃-SnAs, Sn₄As₃-Bi, and SnAs-Bi joins has been investigated by thermal analysis, metallographic and X-ray procedures. No ternary phases are formed. A ...

R. J. Coyle, E. A. Peretti in Journal of Materials Science (1972)

Article

The ternary subsystem Sn-Sn₄As₃-SnTe

Thermal analysis, metallographic, and X-ray procedures were used to investigate the Sn-Sn₄As₃-SnTe subsystem of the ternary system tin-arsenic-tellurium. The subsystem is of the simple eutectic type with no terna...

Wei -Hsiung Kao, E. A. Peretti in Journal of Materials Science (1970)

Article

The ternary subsystem Sn-Sn₄As₃-SnTe

Thermal analysis, metallographic, and X-ray procedures were used to investigate the Sn-Sn₄As₃-SnTe subsystem of the ternary system tin-arsenic-tellurium. The subsystem is of the simple eutectic type with no terna...

Wei -Hsiung Kao, E. A. Peretti in Journal of Materials Science (1970)

Article

The quasibinary system SnTe/As₂Te₃

J. K. Paulsen, E. A. Peretti in Journal of Materials Science (1968)

Article

The phase diagram of the system tellurium/arsenic

Thermal analysis, metallographic and X-ray procedures have been used to investigate the system tellurium/arsenic. As₂Te₃ is the only binary compound present. It melts at 381° C and forms a eutectic with tellurium...

J. R. Eifert, E. A. Peretti in Journal of Materials Science (1968)

Article

The ternary subsystem indium bismuthide-bismuth-tin

The system In Bi-Bi-Sn has been investigated by thermal analysis, metallographic, and X-ray procedures. No ternary compound was encountered, and a ternary eutectic composed of a Sn-rich solid solution, Bi, and...

L. R. Scherpereel, E. A. Peretti in Journal of Materials Science (1967)

Article

Metallographic re-evaluation of the indium-zinc eutectic composition

S. C. Carapella Jr., E. A. Peretti in JOM (1950)