10 Questions
How are the amplitude and spatial extent of the states at the Fermi level determined in the image?
By a potential well formed by (x)
What is the significance of the white shaded areas in the scanning tunneling microscope image of NbSe2 at 1,000 gauss and 0.2K?
High density of states at the Fermi level in vortex cores
Why are the superconducting regions dark in the scanning tunneling microscope image?
No states at the Fermi level
What is the significance of the star shape seen in the scanning tunneling microscope image of NbSe2?
Result of the sixfold disturbance of the charge density at the Fermi surface
What role does the potential well play in the image of the flux lattice in NbSe2?
Confines the core state wavefunctions
How does the potential well affect the core state wavefunctions in the image of the flux lattice?
Confines them
What is the significance of the vortex cores being shaded white in the scanning tunneling microscope image of NbSe2?
High density of states
What determines the amplitude and spatial extent of the states at the Fermi level in the scanning tunneling microscope image?
Potential well formed by (x)
What is the finer feature represented by the star shape in the scanning tunneling microscope image of NbSe2?
Sixfold disturbance of the charge density at the Fermi surface
How do the superconducting regions appear in the scanning tunneling microscope image of NbSe2?
Dark, with no states at the Fermi level
This quiz covers the concept of flux lattice in NbSe2 at 1,000 gauss and 0.2K, as observed using a scanning tunneling microscope. It includes questions related to the density of states at the Fermi level, vortex cores, superconducting regions, and potential well formations in Type II superconductors.
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