A scalable method to produce polymer nanofibers in a variety of different morphologies is presented.
Results for "direct air ca"
Titania mania – peering into the heart of photocatalysis
4D ultra-fast electron microscopy can peer into and peel away the most subtle details and beauty of photocatalysis, providing a new sharp focus realism of human-made nano machinery for the solar powered fixation of CO2 to fuels and chemical feedstocks.
Injectable hydrogels for cardiac tissue repair
In a review by researchers at Harvard Medical School, MIT and the American University of Beirut, recent developments in injectable hydrogels for cardiac tissue repair are highlighted.
Synthesize hydrocarbon fuel in one step
Researchers have proven that concentrated light, heat and high pressures can drive the one-step conversion of CO2 and water into liquid hydrocarbon fuels.
Patterning Solution – Direct patterning of ZnO thin films
Researchers in Troyes, France have developed a cheap and efficient method of direct patterning ZnO films, using laser interferential lithography to selectively remove ZnO in well-controlled patterns, without the use of a photoresist.
Learning from the cactus: Artificial water-collecting spines
Artificial cactus spines, which can collect fog from the air, have been constructed by a research group from Beihang University. This water-harvesting method is of great interest in a world where water is becoming more scarce.
Optical spectroscopy reveals biexcitons in monolayer tungstenite
A group of scientists at the University of Regensburg have studied the photoluminescence of gated monolayer WS2 flakes and identified the biexciton emission
Heatproof roof can cool your house for free
Researchers at the University of Technology in Sydney have developed a new material that can keep roofs cooler than the air above them, even in direct sunlight.
New air electrodes for zinc-air batteries
A*STAR researchers develop batteries with enhanced performance and lower resistance, improved charge-discharge profile, and notable cycling stability.
Reduce wear with synergistic lubricant pair
Researchers reveal synergistic lubricating effects between phosphonium-alkylphosphate ionic liquids and a classic anti-wear additive.
Popular
-
New theory suggests gravity is not a fundamental force
-
Higgs boson may be driving the Universe’s expansion
-
Water-powered gadgets may be on the horizon thanks to new evaporation-based energy device
-
Scientists discover a new class of antibiotics
-
Micron-sized hidden dimensions could solve two of physics’ deepest puzzles
-
Turning Periods into Power: Menstrual Blood a Valuable Resource for Medical Diagnostics