Science, Volume 323, Issues 5917-5922American Association for the Advancement of Science, 2009 |
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Page 1179
... surface . ( B ) In the cartoon model of the Fermi surface of Cu , certain directions become preferred due to the nonspherical shape of the Fermi surface . The thick arrows indicate directions of electron focusing . ( C ) In a typical ...
... surface . ( B ) In the cartoon model of the Fermi surface of Cu , certain directions become preferred due to the nonspherical shape of the Fermi surface . The thick arrows indicate directions of electron focusing . ( C ) In a typical ...
Page 1191
... surface ( 9 by 9 nm , -80 mV , 1 nA ) and ( B ) one Co Atom below the Cu ( 100 ) surface ( 3.5 by 3.5 nm , 10 mV , 2 nA ) . The right insets show ( 4 by 4 nm ) calculated LDOS using Eq . 2 , whereas the left insets refer to DFT ...
... surface ( 9 by 9 nm , -80 mV , 1 nA ) and ( B ) one Co Atom below the Cu ( 100 ) surface ( 3.5 by 3.5 nm , 10 mV , 2 nA ) . The right insets show ( 4 by 4 nm ) calculated LDOS using Eq . 2 , whereas the left insets refer to DFT ...
Page 1192
... surface . In the case of free electrons , the Fermi surface is a sphere ( Fig . 2A ) with radius of the Fermi wave vector kf , and the corresponding Green function is a spherical wave decaying with x - x ̄1 in amplitude ( Fig . 2B ) ...
... surface . In the case of free electrons , the Fermi surface is a sphere ( Fig . 2A ) with radius of the Fermi wave vector kf , and the corresponding Green function is a spherical wave decaying with x - x ̄1 in amplitude ( Fig . 2B ) ...
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