Research and Markets has announced the addition of the "Advanced Techniques for Materials Characterization" report to their offering.
Nowadays, an impressively large number of powerful characterization tech...
Using iron catalysts in Fischer-Tropsch process (converting synthesis gas (a mixture of CO and H2) to hydrocarbons) is of great significance compared to other metals, the Iranian Nanotechnology Initiative Council (INIC) said.
EU-funded researchers in Austria from the University of Innsbruck investigating ultracold atomic physics have generated an exotic state wherein atoms are aligned in a one-dimensional structure, creating a stable 'man...
IBM scientists have demonstrated a promising and practical method that effectively eliminates the mechanical wear in the nanometer-sharp tips used in scanning probe-based techniques. This discovery can potentially be used in the development of next generation, more advanced computer chips that have higher performance and smaller feature sizes.
Predatory fish are well aware of the problem: In a swarm of small fish it is hard to isolate prey. A similar situation can be found in the microcosm of atoms and molecules, whose behavior is influenced by "swarms&qu...
The Minerals, Metals & Materials Society (TMS) will join the Brazilian Metallurgy, Materials, and Minerals Society (ABM) to present the 1st TMS-ABM International Materials Congress in conjunction with the 65th ABM Co...
The "Shuttle + Find" solution from Carl Zeiss for correlative microscopy in materials analysis is an easy-to-use interface. It connects upright and inverted light microscopes of type SteREO Discovery, Axio Imager and Axio Observer, featuring a motorized stage, with all ZEISS scanning electron microscopes such as EVO, SIGMA, SUPRA, ULTRA and MERLIN, as well as the CrossBeam (FIB-SEM) workstations AURIGA, NVision and NEON.
IBM scientists have been able to image the "anatomy" -- or chemical structure -- inside a molecule with unprecedented resolution, using a complex technique known as noncontact atomic force microscopy.
Johns Hopkins engineers are using a popular children's toy to visualize the behavior of particles, cells and molecules in environments too small to see with the naked eye. These researchers are arranging little LEGO pieces shaped like pegs to re-create microscopic activity taking place inside lab-on-a-chip devices at a scale they can more easily observe.
The century-old challenge of transporting acetylene may have been solved in principle by a team of scientists working at the National Institute of Standards and Technology (NIST). A NIST research team has figured out why a recently discovered material can safely store at low pressure up to 100 times as much of the volatile chemical as can be done with conventional methods.
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