TA Instruments is pleased to introduce a new line of Differential Scanning Calorimeters, the Discovery DSC2500, DSC250, and DSC25. These instruments feature enhanced sensing technologies resulting in unprecedented performance in baseline flatness, sensitivity, resolution, and reproducibility, reaffirming TA’s position as the technology and global leader in thermal analysis.
The EquaLink Battery Management System (BMS), delivers a complete and comprehensive diagnostic and monitoring solution for critical battery maintenance programs and required NERC / IEEE reporting.
UChicago scientists have discovered evidence in a meteorite that a rare element, curium, was present during the formation of the solar system. The finding ends a 35-year-old debate on its possible presence in the early solar system, and plays a crucial role in reassessing models of stellar evolution and synthesis of elements in stars. Details of the discovery appear in the March 4 edition of Science Advances.
When single crystals, especially silicon wafers, are fractured or broken up they pose a number of serious issues. The tip of the crack spreads at an atomic scale, resulting in chemical bonds breaking, the formation of crack fronts via the micrometer-scale crystal, and a culmination of severe wafer shattering on the macroscopic scale.
A method to synthesize the first binary compound of oxygen and krypton - a krypton oxide, has been formulated by a team of theoretical chemists at the Institute of Physical Chemistry of the Polish Academy of Sciences. It has been discovered that this unusual substance can be produced even in the existing laboratories using very high pressure.
Perovskite has a hexagonal or rhombohedral structure with formula ABO3, while still belonging to the R3c space group (number #161). They possess ferroelectric, piezoelectric, and superconducting properties and are often used in applications of functional devices.
Water in, water out: such is the cycle of porous material. In some cases, like with soils, it is preferable to keep water in. In others, it makes better economic and ecological sense to have porous materials dry faster, e.g. in the paper industries or with plasterboard manufacturing.
The unique properties of metamaterials have been used to cloak objects from light, and to hide them from vibration, pressure waves and heat. Now, a Georgia Institute of Technology researcher wants to add another use for metamaterials: creating a new directional separation technique that cloaks one compound while concentrating the other.
Researchers at Kyushu University have formulated a new approach that could be the foundation of a whole new range of electronic devices possessing exceptionally tunable properties. Using this approach, the team was able to extensively vary the efficiency and emission color of organic light-emitting diodes based on exciplexes merely by modifying the distance by a few nanometers between key molecules in the devices.
Researchers from a number of disciplines at North Carolina State University collaborated to create a composite material capable of emitting heat and light when exposed to radiation of specific wavelengths. The material can also be customized to possess specific mechanical features. This composite could possibly be adapted for use in drug delivery, biomedical imaging, and therapeutic treatments.
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