Surface X-ray diffraction has been used to monitor the growth of indium on silicon (1 1 1) as a function of temperature and to determine the atomic structure of the Si(1 1 1) 4 × 1-In reconstruction. The results indicate there are four indium atoms per 4 × 1 unit mesh with an average near neighbour separation which is reduced from that of the indium bulk
Using FIM, we have studied the atomic structure of thermally equilibrated surfaces of silicon and me...
The indium coverage of the Si(111)-√7 × √3 -In surface is investigated by means of x-ray photoelectr...
We present surface X-ray diffraction measurements of the interface grown from the incommensurate rec...
Surface X-ray diffraction has been used to monitor the growth of indium on silicon (1 1 1) as a func...
Surface X-ray diffraction has been used to monitor the growth of indium on silicon (1 1 1) as a func...
The growth and atomic structure of indium on the 7x7 reconstructed (111) surface of silicon has been...
The growth and atomic structure of indium on the 7x7 reconstructed (111) surface of silicon has been...
The indium-induced Si(001)-(4 × 3) reconstruction has been investigated by surface X-ray diffraction...
A detailed structural model for the indium-induced Si(111)−(4×1) surface reconstruction has been det...
In view of the special importance of the IV(103)-(1 x 1)-III surface structures to the III/IV interf...
The growth kinetics and desorption behavior of indium (In) atoms grown on high index Si(112) surface...
To test the model that was originally proposed for the Si(103)lx 1-Al facets and was later on tested...
Thr atomic structure of the Si(112)7 X 1-In surface has been studied with scanning tunneling microsc...
A low-energy electron diffraction (LEED) Patterson function (PF) with multiple incident angles is us...
Self-assembled chains composed of group III and IV metals on Si(100) are studied for possible applic...
Using FIM, we have studied the atomic structure of thermally equilibrated surfaces of silicon and me...
The indium coverage of the Si(111)-√7 × √3 -In surface is investigated by means of x-ray photoelectr...
We present surface X-ray diffraction measurements of the interface grown from the incommensurate rec...
Surface X-ray diffraction has been used to monitor the growth of indium on silicon (1 1 1) as a func...
Surface X-ray diffraction has been used to monitor the growth of indium on silicon (1 1 1) as a func...
The growth and atomic structure of indium on the 7x7 reconstructed (111) surface of silicon has been...
The growth and atomic structure of indium on the 7x7 reconstructed (111) surface of silicon has been...
The indium-induced Si(001)-(4 × 3) reconstruction has been investigated by surface X-ray diffraction...
A detailed structural model for the indium-induced Si(111)−(4×1) surface reconstruction has been det...
In view of the special importance of the IV(103)-(1 x 1)-III surface structures to the III/IV interf...
The growth kinetics and desorption behavior of indium (In) atoms grown on high index Si(112) surface...
To test the model that was originally proposed for the Si(103)lx 1-Al facets and was later on tested...
Thr atomic structure of the Si(112)7 X 1-In surface has been studied with scanning tunneling microsc...
A low-energy electron diffraction (LEED) Patterson function (PF) with multiple incident angles is us...
Self-assembled chains composed of group III and IV metals on Si(100) are studied for possible applic...
Using FIM, we have studied the atomic structure of thermally equilibrated surfaces of silicon and me...
The indium coverage of the Si(111)-√7 × √3 -In surface is investigated by means of x-ray photoelectr...
We present surface X-ray diffraction measurements of the interface grown from the incommensurate rec...