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The development of a high-conductivity material by a team of researchers in China could significantly lower contact resistance and Schottky barrier height in crucial areas of electronic and optoelectronic microchips, opening the door for computer and digital imaging parts that use less power in relation to their performance than current chipsets.

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China ,Dong Li ,Guangdong ,Hunan ,Jiangsu ,Anlian Pan ,Skyla Baily ,College Of Materials Science ,Hunan University ,Nano Research ,Hunan University College Of Materials Science ,Performance Electronics ,High Performance Electronics ,Nanosheet Material ,Materials Science ,Waals Contacts ,Low Schottky Barrier ,Bismuth Telluride ,

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