We have observed surface states indigenous to the Si(111) 7×7 superlattice with the tunneling microscope. The data show the states' energies and strengths to be strongly dependent on position in the unit mesh. Implications of this for structural models of the 7×7 superlattice are discussed.Physic
[[abstract]]With a high-temperature scanning tunneling microscope, we study several kinds of point d...
It is well-known that a surface's structure affects its properties; the effect of a surface's intrin...
It is well-known that a surface's structure affects its properties; the effect of a surface's intrin...
The electronic structure of a single domain Si(110)-(16×2) surface has been investigated by high-res...
Real-space images of an incommensurate superlattice on a monolayer-gallium-covered silicon (111) sur...
Abstract New angle-resolved photoelectron spectroscopy (ARPES) data, recorded at several different p...
We report on the individual observation of substitutional P donors on the reconstructed Si (111) $2\...
The surface-state band structure of the Si(111)-(√3 × √3 )-Au surface has been studied in detail wit...
Thr atomic structure of the Si(112)7 X 1-In surface has been studied with scanning tunneling microsc...
The electronic structures of the Eu∕Si(111)-(3×2) and (2×1) surfaces have been investigated by angle...
The fundamental atomic and electronic behaviour of clean silicon surfaces has been studied within a ...
The electronic structures of the Eu∕Si(111)-(3×2) and (2×1) surfaces have been investigated by angle...
Tunneling images of single atomic steps on Si(111) have been obtained with a tunneling microscope. T...
We have imaged with the tunneling microscope the microscopic surface topography of germanium layers ...
We use variable temperature scanning tunneling spectroscopy to determine the space and energy struct...
[[abstract]]With a high-temperature scanning tunneling microscope, we study several kinds of point d...
It is well-known that a surface's structure affects its properties; the effect of a surface's intrin...
It is well-known that a surface's structure affects its properties; the effect of a surface's intrin...
The electronic structure of a single domain Si(110)-(16×2) surface has been investigated by high-res...
Real-space images of an incommensurate superlattice on a monolayer-gallium-covered silicon (111) sur...
Abstract New angle-resolved photoelectron spectroscopy (ARPES) data, recorded at several different p...
We report on the individual observation of substitutional P donors on the reconstructed Si (111) $2\...
The surface-state band structure of the Si(111)-(√3 × √3 )-Au surface has been studied in detail wit...
Thr atomic structure of the Si(112)7 X 1-In surface has been studied with scanning tunneling microsc...
The electronic structures of the Eu∕Si(111)-(3×2) and (2×1) surfaces have been investigated by angle...
The fundamental atomic and electronic behaviour of clean silicon surfaces has been studied within a ...
The electronic structures of the Eu∕Si(111)-(3×2) and (2×1) surfaces have been investigated by angle...
Tunneling images of single atomic steps on Si(111) have been obtained with a tunneling microscope. T...
We have imaged with the tunneling microscope the microscopic surface topography of germanium layers ...
We use variable temperature scanning tunneling spectroscopy to determine the space and energy struct...
[[abstract]]With a high-temperature scanning tunneling microscope, we study several kinds of point d...
It is well-known that a surface's structure affects its properties; the effect of a surface's intrin...
It is well-known that a surface's structure affects its properties; the effect of a surface's intrin...