We examine Si with and without additional SiO 2 thin film coating as a candidate for
producing powerful 3rd and 5th harmonics of Ti: sapphire laser pulses for future …

The electronic structure of the Si (110)-(16× 2) surface was studied by scanning tunneling
microscopy at room temperature (RT) and at 78 K. A combination of point tunneling …

Quasi-one-dimensional YSi 2 nanostructures are formed via self-assembly on the Si (100)
surface. These epitaxial nanowires are metastable and their formation strongly depends on …

Charge transport measurements form an essential tool in condensed matter physics. The
usual approach is to contact a sample by two or four probes, measure the resistance and …

In this article, we study the origin of the corrugating and anticorrugating states through the
electronic properties of the Si (1 0 0) surface via a low-temperature (9 K) scanning tunneling …

We investigated the local electronic structure in the vicinity of the domain edge of the
atomically-thin Bi insulating film formed on a Si (111) surface using a scanning tunneling …

Metallic nanowires grown by self-organisation on Si surfaces may be interesting for future
applications in Si based nanotechnology, but they will also show unique physical …

Aluminum forms various structures on Si (100)-2× 1. The most important of these are one-
dimensional chains which are formed at room temperature and Si-Al clusters which can form …

Práce se zabývá studiem lineárních nanostruktur tvořených kovy III.(Al, In) a IV.(Sn) skupiny
na povrchu Si (001) 2× 1 metodami řádkovací tunelové mikroskopie a spektroskopie. Atomy …

Two different aspects of surface science were analyzed in this thesis. First, the light emission
properties of single crystal silicon with different orientations and doping were studied using …