RT @PhysRevLett: Measurement of shear resistance between 2 layers of graphene: 40 kilopascals, compared to 1.6 megapascals with SiO2 https:…
RT @PhysRevLett: Measurement of shear resistance between 2 layers of graphene: 40 kilopascals, compared to 1.6 megapascals with SiO2 https:…
[PRL Editors] Measuring Interlayer Shear Stress in Bilayer Graphene https://t.co/alyQasuiV3
Measuring Interlayer Shear Stress in Bilayer Graphene https://t.co/Vq0EGUGmWX #physics
RT @PhysRevLett: Measurement of shear resistance between 2 layers of graphene: 40 kilopascals, compared to 1.6 megapascals with SiO2 https:…
RT @RobertGaristo: How much does graphene cling to itself? Now we know. Forty times less than to a silicone dioxide substrate. https://t.co…
How much does graphene cling to itself? Now we know. Forty times less than to a silicone dioxide substrate. https://t.co/CXEObRaZwe
RT @PhysRevLett: Measurement of shear resistance between 2 layers of graphene: 40 kilopascals, compared to 1.6 megapascals with SiO2 https:…
Measuring Interlayer Shear Stress in Bilayer Graphene https://t.co/V0giNPOSP2
RT @PhysRevLett: Measurement of shear resistance between 2 layers of graphene: 40 kilopascals, compared to 1.6 megapascals with SiO2 https:…
Measurement of shear resistance between 2 layers of graphene: 40 kilopascals, compared to 1.6 megapascals with SiO2 https://t.co/9zCXaAYLne https://t.co/nOFcCu2hI9