Abstract Surface modification of polymer microparticles (MPs) is often essential to impart functionalities beyond their inherent properties. However, decorating these surfaces typically requires complex, multi-step wet chemistry processes t... Read More
Abstract Common polymer binders are insulators, which significantly diminish the battery performance owing to their low electron mobility. For aqueous sodium–air batteries (SABs) to exhibit reliable performance as energy storage systems, po... Read More
Abstract Seawater batteries utilizing naturally abundant seawater as the cathode material offer economic advantages. Despite their versatility, they suffer from slow kinetics and high overpotential, limiting their efficiency. Addressing thi... Read More
Abstract Water-repellent superhydrophobic surfaces are ubiquitous in nature. The fundamental understanding of bio/bio-inspired structures facilitates practical applications surmounting metastable superhydrophobicity. Typically, the hierarch... Read More
Abstract Facile removal of adsorbed gas bubbles from electrode surfaces is crucial to realize efficient and stable energy conversion devices based on electrochemical gas evolution reactions. Conventional studies on bubble removal have limit... Read More
Abstract The development of flexible electronic technology has led to convenient devices, including foldable displays, wearable, e-skin, and medical devices, increasing the need for flexible adhesives that can quickly recover their shape wh... Read More
A research team affiliated with UNIST has achieved a groundbreaking milestone by developing an adhesive that can be easily and cleanly detached at high temperatures. Led by Professor Dong Woog Lee and his research team in the School of Ener... Read More
Abstract Seawater batteries (SWBs) are a type of sodium-air batteries that use abundant seawater as the source of the catholyte. A cathode current collector in traditional SWBs is composed of titanium (Ti) and carbon-based current collector... Read More
A research team, affiliated with UNIST has examined the rates of liquid penetration on rough or patterned surfaces, especially those with pores or cavities. Their findings provide important insights into the development of everyday products... Read More
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