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Inkjet-printing technology for supercapacitor application: Current state and perspectives
, Article ACS Applied Materials and Interfaces ; Volume 12, Issue 31 , 2020 , Pages 34487-34504 ; Rahmanian, E ; Naseri, N ; Sharif University of Technology
American Chemical Society
2020
Abstract
Inkjet-printing (IJP) technology is recognized as a significant breakthrough in manufacturing high-performance electrochemical energy storage systems. In comparison to conventional fabrication protocols, this printing technique offers various advantages, such as contact-less high-resolution patterning capability; low-cost, controlled material deposition; process simplicity; and compatibility with a variety of substrates. Due to these outstanding merits, significant research efforts have been devoted to utilizing IJP technology in developing electrochemical energy storage devices, particularly in supercapacitors (SCs). These attempts have focused on fabricating the key components of SCs,...
Methods for biomaterials printing: A short review and perspective
, Article Methods ; Volume 206 , 2022 , Pages 1-7 ; 10462023 (ISSN) ; Shokrani, A ; Saeb, M. R ; Sharif University of Technology
Academic Press Inc
2022
Abstract
Printing technologies have opened larger windows of innovation and creativity to biomaterials engineers by providing them with the ability to fabricate complex shapes in a reasonable time, cost, and weight. However, there has always been a trouble with function adjusting in printing technologies in view of the multiplicity of materials and apparatus parameters. 3D printing, also known as additive manufacturing, revolutionized biomaterials engineering by the conversion of a digital subject into a printed object (implants, scaffolds, or diagnostics and drug delivery devices/systems). Inspired by the lessons learned from 3D printing, the concept of 4D printing (better called shape-morphing...