Climbing these steps of the materials discovery ladder requires embracing a vast body of experiential knowledge accumulated over years of first-hand experimental and theoretical learning.
Green Steel: Coupling Steel with Methanol Production
A techno-economic analysis for six different carbon dioxide emission reduction scenarios in steel manufacturing, using a steel mill located in Duisburg, Germany as an example, are reported.
Layered Double Hydroxide Nanosheets for Fischer–Tropsch Synthesis
Novel Fischer–Tropsch catalysts developed from layered double hydroxide nanosheets for efficient solar-driven CO hydrogenation to olefins and other valuable chemical feedstocks.
Energy Perspectives: Haoshen Zhou Talks Solid Electrolyte Resistance
Haoshen Zhou takes a moment to outline the challenges for researchers trying to interface electrodes with solid electrolytes.
Fuel Cell Cooperation
Audi and Hyundai are driving the development of fuel cell technology.
What Can Stable Isotopes of Water Tell Us About Snow Hydrology?
Insights into how melting snow is partitioned within the water cycle.
Plasma Technique Improves Laser Sintering of 3D products
An international team of scientists conducted a comprehensive study of the usability of plasma treated PA12 powder in laser sintering for applications which require high hydrophilicity.
Doping for Performance Enhancement: Improved Photocatalysis
Excellent photocatalytic activity is realized after using an ion implanter to dope titanium oxide with carbon and nitrogen.
Macromolecular Rapid Communications: The Future of Polymer Science
Macromolecular Rapid Communications highlights the work of young outstanding scientists in polymer science.
Water Splitting Materials: An Excellence in Energy Review
Sunlight is the ultimate renewable energy resource. This Excellence in Energy review describes the latest materials being explored for PEC water splitting systems, which turn sunlight into gaseous hydrogen and oxygen.