relation: https://repository.itny.ac.id/id/eprint/3013/
title: Study of NiFeCoCr medium entropy alloy as a binder phase on W–Mo heavy  tungsten alloy by secondary ball milling
creator: Chun-Liang, Chen
creator: ., Sutrisna
subject: TJ Mechanical engineering and machinery
description: The binder phase of NiFeCoCr medium entropy alloy (MEA) dispersed in W–Mo heavy tungsten alloy synthesized  by secondary ball milling was studied. The results show that the MEA binder phase with a single FCC solid  solution structure was obtained after the pre-milling process. A considerable reduction of Cr content in the MEA  binder phase encourages the dissolution of Cr into the tungsten matrix and forms the Cr-rich oxides after the  sintering process. TEM investigations show that the Cr-rich oxide has been indexed as the (Cr, Fe)O3 and the  twinned structure was observed in the FCC MEA binder phase. Besides, as the sintering temperature was  increased to 1450 ◦C, liquid phase sintering is dominant in the model alloys, leading to a decrease in the hardness  of the model alloys.
publisher: elsevier
date: 2021-08-06
type: Article
type: PeerReviewed
format: text
language: en
identifier: https://repository.itny.ac.id/id/eprint/3013/1/Study%20of%20NiFeCoCr%20medium%20entropy%20alloy%20as%20a%20binder%20phase%20on%20W%E2%80%93Mo%20heavy%20tungsten%20alloy%20by%20secondary%20ball%20milling_compressed.pdf
identifier:   Chun-Liang, Chen and ., Sutrisna  (2021) Study of NiFeCoCr medium entropy alloy as a binder phase on W–Mo heavy tungsten alloy by secondary ball milling.  jurnal internasional, . (.): ..  pp. 1-8.  ISSN .     
relation: http://www.sttnas.ac.id
relation: 0966-9795
identifier: 0966-9795