Young&amp;rsquo;s Modulus of Single Crystals of Palladium at High Temperatures

Masumoto, Hakaru; Kadowaki, Shizuo

doi:10.2320/jinstmet1952.32.6_529

Cited by 5 publications

(8 citation statements)

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“…This phenomenon might result from the structure of phase diagram of the Cd,P,-Zn,P, system. Similar phenomenon has also been observed in the solid solutions of the Cd,As,-Cd,P, system [9]. Therefore, for the preparation l'ig 1 Coiupositiori dPprn(1eni.e of the lattice Lomtarit5 111 the Cd,P',-Zn,P, system of the samples having compositions more than 60 molyo Cd3P,, sintering method was applied.…”

Section: Preparation Of Sprcimenssupporting

confidence: 66%

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Physical and electronic properties of semiconducting solid solutions of the Cd3P2–Zn3P2 system

Masumoto

Isomura

Sasaki

1971

Phys. Stat. Sol. (a)

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Solid solutions of the Cd3P2–Zn3P2 system have been prepared by either a direct melting method or a sintering method, and their physical and electronic properties have been measured. This system is pseudo‐binary, and a continuous series of solid solutions is formed throughout the whole range of composition. However, in the temperature range above the solidus line of the system, the phase diagram is rather complicated, probably being influenced by the intricate phases at high temperatures of the Cd3P2 composition. The Cd3P2–Zn3P2 system has two solid phase transformations. The first is a kind of polymorphic transformation which occurs over the whole composition range above 730 °C, and the other is probably a second order transformation which exists in the composition range from about 10 to 50 mol% Cd3P2 below about 500 °C. The transition of the type of conductivity takes place at a composition between 40 and 50 mol% Cd3P2. All the solid solutions show rather low total thermal conductivities of 0.012 to 0.024 W/cm deg at room temperature.

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Section: Preparation Of Sprcimenssupporting

confidence: 66%

“…Sharp threshold points in the heating curves a t about 800 "C show the existence of a solid-solid phase transformation. This type of tra nsformation was also observed in the Cd,As,-Zn,As, system [lo] and the Cd,As,-Cd,P, system [9]. We tried to distinguish the two phases, tc and fi, by using a high temperature Debye-Scherrer camera.…”

Section: Physical Propertiesmentioning

confidence: 73%

Physical and electronic properties of semiconducting solid solutions of the Cd3P2–Zn3P2 system

Masumoto

Isomura

Sasaki

1971

Phys. Stat. Sol. (a)

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show abstract

“…A recent report on n-type Cd 3 P 2 found the best thermoelectric performance for a phosphide material reported thus far, with zT 673 K ~ 0.91. 55 Promising performance with zT 300 K = 0.2 was originally reported as early as 1968 by Masumoto and Isomura, 53,54 where alloying with As was found to lead to zT 300 K ~ 0.33, in large part due to suppression of κ L . The crystal structure of Cd 3 P 2 is a distortion of the cubic Ag 2 O 3 -type structure, with symmetry lowered from cubic to tetragonal.…”

Section: N-type Compositions -Cd 3 P 2 and Topological Magneto-thermo...mentioning

confidence: 89%

“…At present, temperature dependent thermoelectric property data is only available from the 2022 study. 55 μ H has been confirmed to be quite high from multiple sources, [53][54][55]118 with values ~1500 cm 2 .V -1 .s -1 at room temperature due to a low m DoS * ~ 0.1 m e , although μ H can be lower when grain boundaries are present. 55 This low electron mass arises from a single highly dispersive conduction band minima at the Γ-point.…”

Section: N-type Compositions -Cd 3 P 2 and Topological Magneto-thermo...mentioning

confidence: 99%