The temperature-depending change in controlling processes of high temperature deformation of in Ti-TiB composite

The temperature-depending change in controlling processes of high temperature deformation of in Ti-TiB composite

The rate-control processes depending on the temperature were investigated using TiB dispersed Ti matrix composite. The stress exponent was revealed to be 3.2 in the all temperature, while the activation energy changed from 515kJ/mol at higher temper to 81kJ/mol at lower temperature, suggesting the c...

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Veröffentlicht in:Journal of Advanced Science 2001/07/15, Vol.13(1-2), pp.13-14
Hauptverfasser: OGURA, Kiyoshi, MATSUSHITA, Jun-ichi, KAWABATA, Kenshi, SATO, Eiichi, KURIBAYASHI, Kazuhiko
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activation energy
rate-controlling
temperature-depending
Ti-TiB composite
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container_start_page 13
container_title Journal of Advanced Science
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creator OGURA, Kiyoshi
MATSUSHITA, Jun-ichi
KAWABATA, Kenshi
SATO, Eiichi
KURIBAYASHI, Kazuhiko
description The rate-control processes depending on the temperature were investigated using TiB dispersed Ti matrix composite. The stress exponent was revealed to be 3.2 in the all temperature, while the activation energy changed from 515kJ/mol at higher temper to 81kJ/mol at lower temperature, suggesting the change in the rate-controlling phase from the ceramic phase (TiB)to the metallic phase (Ti).
doi_str_mv 10.2978/jsas.13.13
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subjects activation energy
rate-controlling
temperature-depending
Ti-TiB composite
title The temperature-depending change in controlling processes of high temperature deformation of in Ti-TiB composite
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