Researchers at Purdue University have developed a packaging method to reduce drift in implantable pressure sensors. The approach encloses the sensor in a medical balloon that is filled with silicone oil and sealed with UV epoxy around a polyimide cable that carries the sensor. The sensor is isolated.....
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Researchers at Purdue University have developed an improved nucleate boiling heat transfer technique. This technology employs particles, which are free to move, on the heat transfer surface in order to increase nucleation. These particles have been shown to increase nucleate boiling heat transfer pe.....
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Researchers at Purdue University have developed a fast, direct finite element method (FEM) solver of linear complexity for full wave analysis of general 3D circuits, including those containing arbitrarily shaped semiconductors in inhomogeneous materials. This software is able to take full advantage .....
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Researchers at Purdue University have developed a low-mass, low-power, self-contained attitude adjustment system that operates using the waste heat of the vehicle and produces fine thrust forces through the delivery of low volumes of gas and/or liquids. Through localized heating of the propulsion me.....
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Researchers at Purdue University have developed a new method that could help solve the nanoparticle diffusion time issue as well as stabilize nano-objects in the hotspot of the aperture. Using light, a long range flow is induced that captures nanoparticles in a solution and delivers them to the aper.....
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