BioTechnology: An Indian Journal
ISSN (PRINT): 0974-7435

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Mechanical Engineering-innovations

 Specialists drove by Professor Ping Cheng, from Shanghai Jiao Tong University, as a team with Professor Zhuomin M. Zhang, from Georgia Institute of Technology, built up an ideal light assimilation structure that uses a variety of pyramidal nanostructures made of bismuth telluride (a characteristic hyperbolic material) over a dainty substrate to ingest occurrence sun oriented radiation. Mechanical designing advancements The examination effectively introduced an ideal safeguard plan that controls an intermittent cluster of pyramidal nanostructures that are made of a characteristic hyperbolic material bismuth telluride on a metallic substrate. The outcomes from the test technique attempted in this examination have demonstrated that the proposed structure can accomplish absorptance estimations of practically 100% in the frequency scope of 300–2400 nm, whereupon a large portion of the sunlight based radiation range fall into. By and large, the proposed metamaterial has incredible likely application and can prompt the powerful collecting of sun oriented vitality during photo thermal change forms in water or watery arrangements.

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Citations : 875

BioTechnology: An Indian Journal received 875 citations as per Google Scholar report

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