Review on Key Process Parameters of Ceramic Vat-Photopolymerization 3D Printing and Its Application in Solid Oxide Fuel Cells
3D printing technology provides a convenient method for the preparation of complex ceramic structures due to its advantages of free design and flexible production.It enables one-step creation of patterned surfaces and integrated molding of intricate devices,making it highly promising in the field of Solid Oxide Fuel Cell(SOFC).This paper reviewed the current status of different 3D printing technologies in the field of SOFC,with a focus on ceramic vat-photopolymerization.It specifically addressed key parameters such as ceramic slurries,printing parameters,and post-processing techniques that influence green body formation and their implementation in SOFC fabrication.The paper also identified current challenges and future development prospects for this technology in SOFC preparation.Ceramic vat-photopolymerization introduces innovative approaches for the efficient preparation and performance optimization of SOFC.By exploring diverse ceramic materials and refining processing techniques,this method holds promise for advancing SOFC technology.
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