Affiliation:
1. Functional Materials and Devices Group, Department of Materials Science and Engineering, The University of Sheffield Western Bank, Sheffield, S10 2TN UK
Abstract
Ceramics are traditionally sintered at high temperatures (~80% melting temperature (Tm)). There are numerous incentives to reduce processing temperature: the reduction in processing energy; integration of polymeric and non-noble metals; greater control of microstructure and
final component geometries. ‘Cold sintering’ has been developed as a novel method of densification which uses a transient liquid phase, pressure and heat to achieve dense ceramics. This review explores the process of cold sintering and its potential to densify various ceramic materials
and components at low temperatures (<300°C), primarily describing recent results at The University of Sheffield, UK.
Subject
Electrochemistry,Metals and Alloys,Process Chemistry and Technology
Cited by
18 articles.
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