Hosted on MSN1mon
Scientists Grow Diamonds at Atmospheric Pressure in Liquid Metal and It’s a Game ChangerCarbon from the methane diffuses into the liquid metal, where it accumulates in a thin, amorphous subsurface layer. This layer, rich in carbon and silicon, serves as the birthplace for diamond ...
Hosted on MSN11mon
Imaging the microstructural landscape of amorphous carbonsNotably, the a-DG exhibits hybrid features of amorphous graphite and atomically disordered diamond, while the p-D showcases numerous diamond-like nanonuclei distributed within an amorphous matrix. ...
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