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Surviving Lava-Like Heat – Scientists Discover Hundreds of New Ceramics With Industry-Disrupting Properties

A novel computational technique has revealed hundreds of ceramic materials possessing a wide range of potentially industry-disrupting properties like electronics that could function in a lava bath If you have a deep-seated, nagging worry over dropping your phone in molten lava, you’re in luck. A ....

United States , William Fahrenholtz , David Hicks , Suzana Filipovi , Doug Wolfe , Xiomara Campilongo , Adamc Zettel , Douglase Wolfe , Michaelj Mehl , Yoav Lederer , Caillinj Ryan , Jon Paul Maria , Ryanj Crealese , Donaldw Brenner , Hagen Eckert , Stefano Curtarolo , Simon Divilov , Arrigo Calzolari , Williamg Fahrenholtz , Christopherm Desalle , Eva Zurek , Edmundt Pratt Jr , University Of New York At Buffalo , School Distinguished Professor Of Mechanical Engineering , Penn State University , Carolina State University ,

Innovative computational method unveils high-performance ceramics for extreme environments

An international research team has developed a method for rapidly discovering new types of materials that function at extremely high temperatures of several thousand degrees Celsius. These high-pe . ....

Suzana Filipovi , Douglase Wolfe , Ryanj Crealese , Xiomara Campilongo , Michaelj Mehl , Simon Divilov , Caillinj Ryan , Williamg Fahrenholtz , Jon Paul Maria , Stefano Curtarolo , Arrigo Calzolari , Eva Zurek , Yoav Lederer , David Hicks , Adamc Zettel , Hagen Eckert , Christopherm Desalle , Donaldw Brenner , Institute Of Ion Beam Physics , Materials Research , Duke University United States , Duke University , United States , Theoretical Chemistry , Ion Beam Physics , Materials Thermodynamics ,

Computational Method Discovers Hundreds of New Ceramics for Extreme Environments

A new computational method unveils hundreds of new ceramic materials with a wide range of potentially industry-disrupting properties like electronics that could function in a lava bath ....

United States , Simon Divilov , Adamc Zettel , Doug Wolfe , Donaldw Brenner , Christopherm Desalle , Michaelj Mehl , Eva Zurek , Arrigo Calzolari , Williamg Fahrenholtz , Jon Paul Maria , Hagen Eckert , Yoav Lederer , Ryanj Crealese , Stefano Curtarolo , William Fahrenholtz , Xiomara Campilongo , Caillinj Ryan , Douglase Wolfe , Suzana Filipovi , David Hicks , Research At Penn , Distinguished Professor , Ceramic Engineering , Materials Science , Associate Vice President ,

Heat-Proof Chaotic Carbides Could Revolutionize Aerospace Technology

Super-hard, high-temperature, “high-entropy” carbides demonstrate plasmonic properties useful for a wide range of aerospace applications ....

Consiglio Nazionale Delle Ricerche , Istituto Nanoscienze , Stefano Curtarolo , Xiomara Campilongo , Douglase Wolfe , Douglas Wolfe , Sergeip Stepanoff , Arrigo Calzolari , Nature Communications , Office Of Naval Research , Duke University , Consiglio Nazionale , Multidisciplinary University Research Initiative , Penn State , Naval Research , High Entropy Carbides , Corey Oses , Cormac Toher , Marco Esters ,

Heat-proof chaotic carbides could revolutionize aerospace technology

Heat-proof chaotic carbides could revolutionize aerospace technology
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Consiglio Nazionale Delle Ricerche , Istituto Nanoscienze , Stefano Curtarolo , Xiomara Campilongo , Douglase Wolfe , Douglas Wolfe , Sergeip Stepanoff , Arrigo Calzolari , Nature Communications , Office Of Naval Research , Duke University , Consiglio Nazionale , Multidisciplinary University Research Initiative , Penn State , Naval Research , High Entropy Carbides , Corey Oses , Cormac Toher , Marco Esters ,