Freeman Technology's application note reveals how high-shear blending impacts powder mixtures, optimizing processes for improved product quality and efficiency.
The industrial production of hydrogen and other practical compounds from natural gas through steam reforming involves the use of transition-metal catalysts.
The anti-odor potential of silver nanoparticles has resulted in the use of these particles in clothing. However, a part of these particles get disintegrated from the clothes during laundry. The laundry wastewater might finally reach the environment, probably posing hazard to aquatic organisms.
Nuclear magnetic resonance (NMR) is a robust technical tool adopted for medical imaging and for investigating the chemical structure of compounds and molecules. An innovative study conducted at Brown University demonstrates a method that assists in modifying NMR to analyze the physical characteristics of two-dimensional nanomaterials, thin films, and exotic states of matter.
For a long time, scientists have been fascinated by a gecko scampering up a wall or across a ceiling, and this has indeed encouraged the scientists to examine how to harness a lizard's mysterious potential to defy gravity.
Just visualize: An optical lens so powerful that it allows users to view features the size of a small virus on a living cell’s surface in its natural environment.
Researchers from the Department of Electrical and Electronic Information Engineering and the Electronics-Inspired Interdisciplinary Research Institute (EIIRIS) at Toyohashi University of Technology have created an ultrastretchable bioprobe employing Kirigami designs.
A study, carried out by EPFL, reports that adding guanidinium into perovskite solar cells stabilizes their efficiency at 19% for 1000 hours under full-sunlight testing circumstances. Details of the study have been published in Nature Energy.
UC Berkeley physicists state that an individual’s physical attraction to hot bodies is real. To be clear, the physicists are not talking about sexual attraction towards a “hot” human body. However, the researchers have demonstrated that a glowing object in fact attracts atoms, opposing to what most people – including physicists– would guess.
Nature stimulates innovation. An international research team led by researchers at Technion - Israel Institute of Technology, along with ESRF -the European Synchrotron, Grenoble, France- scientists, has exposed how a brittle star can form material like tempered glass underwater.
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