期刊
RENEWABLE & SUSTAINABLE ENERGY REVIEWS
卷 82, 期 -, 页码 2880-2892出版社
PERGAMON-ELSEVIER SCIENCE LTD
DOI: 10.1016/j.rser.2017.10.043
关键词
Microwave; Heating; Metals; Sintering; Dielectric
资金
- Erasmus Mundus PHOENIX project of the European Commission
- Ministry of Economic and Competitiveness of Spain [TEC201460132P]
- European Union FEDER Program
- Innovation, Science and Enterprise, Andalusian Regional Government through the Electronics, Communications and Telemedicine Research Group of the University of Almeria [TIC019]
- CIAIMBITAL (Research Center on Intensive Mediterranean Agrosystems and Food Biotechnology-University of Almeria)
Microwave material processing is a novel energy efficient technology with improved mechanical properties, minimized defects and economical and environmental advantages making it a convenient application for various types of materials. Although, microwave interaction with matter has been largely investigated and published in food processing, ceramics and chemistry, no particular work has been involved in collecting the interactions of microwaves with metals and placing a special emphasis on their interaction with metals and metal-based formulations, and here resides the aim of the review: consolidating the fundamentals of microwave heating applications as a time and energy saving application and addressing its various applications and mechanisms with metal interactions seeking a more sustainable environment. This review reports the latest literature findings on microwave processing fundamentals and highlights the advanced technological improvement applied on metals in this field. It focuses on the relevant industrial applications related to the development of microwave technology on metals and its possible future processing in this specific scope of investigation.
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