Dynamic compression of titanium mononickelide

Abstract

In this work, the behavior of powdered titanium mononickelide in static and shock compression and subsequent heating of the molds was studied using the methods of x-ray and dilatometric analysis. It was shown that during static compression, in distinction from shock compression, the phase transition B2 → B19 takes place to a significant degree in the powder. At the same time, shock compression causes significantly more lattice defects in comparison with static compression, which the process of subsequent sintering activates. During the sintering of the pressings produced by static compression, the reverse transformation takes place in them accompanied by the effect of shape "memory" and causing the distension of the molds, which complicates the production of high-density sintered material.

Original language	English
Pages (from-to)	751-754
Number of pages	4
Journal	Soviet Physics Journal
Volume	30
Issue number	9
DOIs	https://doi.org/10.1007/BF00897473
Publication status	Published - Sep 1987

ASJC Scopus subject areas

Physics and Astronomy(all)
Engineering(all)

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title = "Dynamic compression of titanium mononickelide",

abstract = "In this work, the behavior of powdered titanium mononickelide in static and shock compression and subsequent heating of the molds was studied using the methods of x-ray and dilatometric analysis. It was shown that during static compression, in distinction from shock compression, the phase transition B2 → B19 takes place to a significant degree in the powder. At the same time, shock compression causes significantly more lattice defects in comparison with static compression, which the process of subsequent sintering activates. During the sintering of the pressings produced by static compression, the reverse transformation takes place in them accompanied by the effect of shape {"}memory{"} and causing the distension of the molds, which complicates the production of high-density sintered material.",

author = "Panin, {V. E.} and Slosman, {A. I.} and Ovechkin, {B. B.} and Kirillov, {V. A.} and Bondar', {M. P.} and Kostyukov, {N. A.}",

year = "1987",

month = sep,

doi = "10.1007/BF00897473",

language = "English",

volume = "30",

pages = "751--754",

journal = "Russian Physics Journal",

issn = "1064-8887",

publisher = "Consultants Bureau",

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T1 - Dynamic compression of titanium mononickelide

AU - Panin, V. E.

AU - Slosman, A. I.

AU - Ovechkin, B. B.

AU - Kirillov, V. A.

AU - Bondar', M. P.

AU - Kostyukov, N. A.

PY - 1987/9

Y1 - 1987/9

N2 - In this work, the behavior of powdered titanium mononickelide in static and shock compression and subsequent heating of the molds was studied using the methods of x-ray and dilatometric analysis. It was shown that during static compression, in distinction from shock compression, the phase transition B2 → B19 takes place to a significant degree in the powder. At the same time, shock compression causes significantly more lattice defects in comparison with static compression, which the process of subsequent sintering activates. During the sintering of the pressings produced by static compression, the reverse transformation takes place in them accompanied by the effect of shape "memory" and causing the distension of the molds, which complicates the production of high-density sintered material.

AB - In this work, the behavior of powdered titanium mononickelide in static and shock compression and subsequent heating of the molds was studied using the methods of x-ray and dilatometric analysis. It was shown that during static compression, in distinction from shock compression, the phase transition B2 → B19 takes place to a significant degree in the powder. At the same time, shock compression causes significantly more lattice defects in comparison with static compression, which the process of subsequent sintering activates. During the sintering of the pressings produced by static compression, the reverse transformation takes place in them accompanied by the effect of shape "memory" and causing the distension of the molds, which complicates the production of high-density sintered material.

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Dynamic compression of titanium mononickelide

Abstract

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