Azaacene derivatives promising as electron-transport layer materials

Behind the Science: Electron Transport in Solar Cells

Summer Reading 2016
Editors recommend entertaining chemistry and science related books for your summer break

First Round-the-World Solar Flight
43,000 km, 550 flying hours, and 0 L of kerosin

Highly Efficient Electrocatalysts Derived from MOFs
Photochemical water oxidation catalyzed by a copper phthalocyanine complex

Potential SABIC and ExxonMobil Joint Venture
SABIC and ExxonMobil evaluate petrochemical joint venture on U.S. Gulf Coast

Better Anodes for Lithium-Ion Batteries
Bare cobalt oxide porous nanostructures have high capacities

Rusty Steel Triggers Oxygen Evolution
Corroded stainless steel plate as an efficient water splitting electrode

Improved Catalyst for Hydrogen Production
Engineering water dissociation sites by doping molybdenum disulfide

Behind the Science: Future Trends in Energy Storage
Discussing challenges to meet the world's increasing energy demand without sacrificing the environment

What Makes a Good Photoanode?
For photoanodes produced from WO3 nanopowders, the generated photocurrent is not necessarily linked to oxygen evolution