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It is well known that phase separation has been utilized to prepare porous and non-porous phase-separated glasses.
The invention developed out of our need to economically prepare acrylic acid-D3 as a synthon for a variety of specialty deuterated acrylic monomers useful for making deuterated acrylic polymers for structural studies by, for example, small angle neutron scattering (SANS).
This invention merges fluid power with emerging additive manufacturing techniques. Additive manufacturing produces components layer by layer and is known to create complex articles.
This invention relates to a method of evaluating resonance responses of nonlinear NEMS or MEMS devices due to mass or force loading or other stimuli.
The water reclamation system is designed to simplify water management operations. It is capable of removing water from wet gas streams (i.e. vehicle exhaust).
This invention enables the insertion and handling of ferromagnetic samples in a high magnetic field with high magnetic field gradient region without any effective forces being on the specimens.
This invention is a novel form of homopolar electric machine that achieves greater voltage output at lower rotation speeds.
This invention describes a method of forming refractory wire arrays using a glass drawing process. This process uses a modified “Taylor Wire Drawing” technique to glass coat non-drawable wire (i.e. high melting-point wire).