Researchers at Purdue University have developed a photovoltaic printing technology utilizing CuInS2 nanocrystal inks, allowing for the creation of CIGS at the molecular level. This is beneficial because smaller particles will lead to a more densely packed nanoparticle film, and it allows for the fa.....
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Purdue University researchers have developed a novel design for DMOSFETs with self-aligning source contacts, which reduce the size of the source contacts and consequently reduces the specific-on resistance of the device.
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Researchers at Purdue University have dramatically improved precision by developing a novel post-biosynthetic encoding concept using derived samples as internal standards. This cost-effective global derivation approach enables absolute quantification of known compounds and relative quantification of.....
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Researchers at Purdue University have developed a high-speed, high-flow active bi-directional check valve for use in a digital pump or motor. These are fluid machines that accept or reject fluid much like conventional pumps and motors. However, bi-directional check valves are used to control fluid i.....
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Project ID: D2011-31a Background: Viral gene delivery techniques are among the most commonly used gene delivery techniques owing to their high reported efficiencies. The primary drawback of viral gene delivery results from the risks associated with insertional mutagenesis. In some instances, such .....
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