A University of Arkansas physicist and his colleagues have found that ultra-thin films of superconductors and related materials don't lose their fundamental properties when built under strain when built as atomically...
Leo Bendersky, who serves as materials scientist at the National Institute of Standards and Technology, believes that iron-veined magnesium could be utilized to fabricate the fuel tank for hydrogen-fueled vehicles.
Researchers at the Wake Forest University have created an exceptionally huge molecule with stability and superior electrical properties at a lower cost, which paves the way for the advancement of plastic-based flexible electronics field.
A market research report titled, “Silicone: A Global Strategic Business Report” has been announced by Global Industry Analysts (GIA).
It has been estimated that the global silicone market will reach $17.2 ...
This high resolution spectrometer for emission, luminescence, Raman (strained Silicon), and high temperature plasmas easily measures better than 0.02 nanometer full width half maximum spectra. McPherson’s high resolution spectrometer, Model 2061, is now available for scanning and imaging applications via two dimensional CCD or CMOS detectors. The one meter focal length spectrometer features bilaterally adjustable slits, multiple entrance and exit port locations, and high precision wavelength drive for unparallel reproducibility. Capability to mount large, high angle Echelle type diffraction gratings is built in. The large, 50mm wide focal plane is readily accessible.
The Bosch Group, a global supplier of technology and services, announced that Robert Bosch will construct a pilot production line to carry out basic research on production processes and materials for developing next-generation lithium-ion cells.
The United States Mint has awarded a $1.3 million competitively bid contract to Concurrent Technologies to research and develop cost-effective alternative metals for the manufacturing of all circulating coins.
Scientists from the universities of Harvard and Stanford have developed a novel organic semiconductor material that is 30 folds quicker than amorphous silicon currently utilized for the production of liquid crystal displays for computer monitors and flat panel televisions.
An international team of researchers studying quantum mechanical particles has discovered some unusual properties that could aid the construction of quantum computers.
Molecular weight and molecular weight distribution measurements are a basic necessity in studying the synthesis of the novel polymers being carried out by researchers at the Department of Bioengineering at the University of Pittsburgh.
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