Mei Ying Teo

1. Introduction Wearable neuroprostheses are transcutaneous stimulation systems that facilitate functional movements by eliciting muscle contraction. They are often deployed to aid people with motor deficits in regaining their lost function [1]. For such systems targeting the upper limbs, the selective activation of forearm muscles is critical to realize hand function tasks. Such activation is achieved by shaping a cathode across a subset of electrodes in an array.

Printing of Covalent Organic Frameworks Using Multi-Material In-Air Coalescence Inkjet Printing Technique In this work, we have demonstrated the creation of monolithic covalent organic frameworks (COFs) through the use of in-air coalescence and reaction of inkjet printed monomer droplets. This method circumvents issues that would reduce printability of the COF using conventional inkjet printing approaches, and shows excellent consistency and spatial uniformity of the fabricated COF.

The In Situ Synthesis of Conductive Polyaniline Patterns Using Micro-reactive Inkjet Printing We have fabricated polyaniline (PANI) on glass substrates using in-air coalescence of two reactive inks, also known as micro-reactive inkjet printing (MRIJP) technique, that would otherwise be challenging or impossible to create using conventional fabrication approaches. You have access to this article Please wait while we load your content... Something went wrong. Try again?