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Optimizing Charge Separation in Heterojunctions for Water Splitting

Using photoelectrochemical (PEC) water splitting to produce green hydrogen from solar energy is a potentially practical approach. Unfortunately, the slow water oxidation reaction and very low charge separation efficiency of contemporary PEC systems make them unsuitable for practical applications.

Minhua , Shanghai , China , Tianjin , Lun-pan , Skyla-baily , Green-energy-environment , School-of-chemical-engineering , Tianjin-university , Charge-separation , Water-splitting , Formed-built-in-electric-field

Manufacturing and Quality Assurance of Gaussian Mirrors at Laser Components

LASER COMPONENTS stands as a global leader in the production of Gaussian mirrors, a unique capability that sets us apart.

Skyla-baily , Graded-reflectivity-mirrors , Industry-focus ,

An Exciting New Approach to Accelerating Chemical Reactions

According to a study by UChicago scientists, it is possible to enhance a certain kind of chemical reaction that is frequently utilized to create novel drug candidates by using electricity.

Anna-wuttig , Skyla-baily , National-institutes-of-health , National-science-foundation , University-of-chicago , Exciting-new-approach , Accelerating-chemical-reactions , Nature-catalysis , Study-senior-author , Neubauer-family-assistant-professor , Science-foundation , National-institutes

Unlocking Vanadium's Power for Efficient, Eco-Friendly Energy

Recent research published in ACS Nano suggests a new approach in the field of aqueous zinc-ion batteries to help boost the cathodes’ capacity and improve their efficiency.

China , Hefei , Anhui , Chinese , Skyla-baily , Chinese-academy-of-sciences , Energy-storage-technologies , Energy-storage-technologies-industry , Hefei-institutes , Physical-science , Chinese-academy , Storage-technologies

Revolutionizing NOx Removal in Diesel Vehicles

In collaboration with Prof. Zhaoliang Zhang's group at the University of Jinan, the Ningbo Institute of Materials Technology and Engineering of the Chinese Academy of Sciences has produced a unique electrification strategy that enhances NOX pollutant removal performance at low temperatures.

Zhejiang , China , Jinan , Shandong , Ningbo , Chinese , Skyla-baily , Zhaoliang-zhang , Ningbo-municipal-natural-science-foundation-of-china , Engineering-of-the-chinese-academy-sciences , Postdoctoral-science-foundation-of-china , Ningbo-institute-of-materials-technology

A Sustainable and Novel Chemical Synthesis Method

A new method for synthesizing thiochromenopyrroledione derivatives in blue light is proposed by Hitomi Yutaka, a professor, and Pijush Kanti Roy, a PhD candidate, from the Department of Applied Chemistry, Graduate School of Science and Engineering, along with their research team.

Pijush-kanti-roy , Hitomi-yutaka , Yutaka-hitomi , Skyla-baily , Department-of-applied-chemistry , Doshisha-university , School-of-science , Friendly , Applied-chemistry , Graduate-school , Novel-chemical-synthesis-method , Titanium-dioxide

Rio2 Limited Secures Green Light for Fenix Gold Project in Chile

Rio2 Limited, a mining enterprise, announced the approval of its wholly owned Chilean subsidiary, Fenix Gold Limitada’s Environmental Impact Assessment (EIA) for the Fenix Gold Project situated in the Atacama region of Chile.

Chile , Chilean , Skyla-baily , Alex-black , Committee-of-ministers , National-instrument , Secures-green-light-for-fenix-gold , Fenix-gold-limitada , Environmental-impact-assessment , Fenix-gold-project , Secures-green-light , Fenix-gold

Glass Material That Accurately Separates Gases

Separating carbon dioxide molecules from gas mixtures necessitates the use of materials with extremely small pores. In collaboration with the Universities of Leipzig and Vienna, researchers from Friedrich Schiller University Jena have recently discovered a fresh method: they turned crystalline metal-organic framework compounds into glass.

Vienna , Wien , Austria , Alexander-knebel , Skyla-baily , Oksana-smirnova , Breakthroughs-programme-of-the-carl-zeiss-foundation , Junior-research-group-leader , Jens-meyer-university-of-jena , Friedrich-schiller-university-jena , University-of-jena , Jens-meyer

Recyclable Hydrogel That is Stable Enough for Practical Use

Hydrogels are made of elastic networks of polymer chains that are permeated with water. They are soft, elastic, and biocompatible. As a result, the squishy materials are already widely used in contact lenses and wound care products. In addition, hydrogels have a lot of potential for use in food packaging, agriculture, and drug delivery systems.

United-states , American , Dan-komoda , Betty-perry-smith , Skyla-baily , Xiaohui-xu , Lab-topology , Journal-of-the-american-chemical-society-au , Princeton-university , Recyclable-hydrogel-that , Stable-enough , Practical-use

Bioprinting Meets Festivity: 3D Printed Micro-Christmas Tree Decorated with Living Cells

In the last few years, the bioprinting sector has experienced rapid growth, marked by significant milestones and innovations.

Skyla-baily , Linas-jonu , Innovations-industry-focus , Chief-technology-officer ,