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Investigation of high temperature molten materials and their evolution to the amorphous state is often hampered by unwanted reactions with container surfaces. This work used aerodynamic levitation in combination with laser beam heating to study high melting point materials that can form supercooled liquids or glasses. Details of the instruments that are being used at the Advanced Photon Source and...
This paper describes the development of two technologies intended to support the exploitation of shorter-wavelength light by photovoltaics-radiation-hard phosphate glasses with lower-wavelength cut-on values, and a radiation-resistant silicate-elastomer hybrid bonding agent (SEHB). Phosphate glasses with lower ultraviolet (UV) cut-on wavelength than current materials have been developed, but the cut-on...
Here we report on dynamic patterning of nanoparticles in microfluidic channels using patterned surface plasmon polaritons (SPP) from a gold thin film with highly ordered nanohole arrays. In particular, the constructive interference of SPPs from neighboring holes leads to a periodic distribution of SPP intensities. Such a SPP distribution drives the nanoparticles into positions of minimal SPP intensities,...
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