DE 2944118 A UPAB: 19930915 The method of forming structured epitaxial layers on semiconductor elements uses molecular radiation which is directed towards the substrate on which is formed a pattern of different crystal regions. Laser radiation is applied selectively to produce a pattern of light and shadow zones, by using a mask. This causes different rates of crystal growth, so that single crystal regions alternate with polycrystalline regions. This forms part of an epitaxial etching system, the wavelength and intensity of the laser radiation being modified selectively. The laser beam may be made up of two sets of radiation of two different wavelengths
Purpose of the work: investigation of processes influencing the formation of the surface morphology ...
The invention relates to a method for forming a structuring on surfaces of components by means of a ...
For further development in the field of semiconductor technology, especially with respect to higher ...
WO 2010070077 A1 UPAB: 20100714 NOVELTY - The method comprises placing a substrate into a first vacu...
The possibility is demonstrated of a selective action of soft X-ray radiation on atoms of an individ...
The possibility is demonstrated of a selective action of soft X-ray radiation on atoms of an individ...
The method comprises forming recesses with an electromagnetic radiation emitted by a laser light sou...
The invention relates to a method for machining a semiconductor component having at least one semico...
In a process for crystallizing thin semiconductor layers on a substrate material, a melt containing ...
Embodiments of the invention relate to production methods. In a first step, a semiconductor substrat...
Molecular Beam Epitaxy introduces the reader to the use of molecular beam epitaxy (MBE) in the gener...
EP 1251397 A UPAB: 20030101 NOVELTY - Process for producing optically reproducible structures, espec...
The work is aimed at experimental and theoretical study into interactions of high-energy laser radia...
DE 102008025922 A1 UPAB: 20091214 NOVELTY - The laser has a semiconductor body (10) with a waveguide...
WO2003009432 A UPAB: 20030317 NOVELTY - A carrier substrate (1) has a structured thin-layer metalliz...
Purpose of the work: investigation of processes influencing the formation of the surface morphology ...
The invention relates to a method for forming a structuring on surfaces of components by means of a ...
For further development in the field of semiconductor technology, especially with respect to higher ...
WO 2010070077 A1 UPAB: 20100714 NOVELTY - The method comprises placing a substrate into a first vacu...
The possibility is demonstrated of a selective action of soft X-ray radiation on atoms of an individ...
The possibility is demonstrated of a selective action of soft X-ray radiation on atoms of an individ...
The method comprises forming recesses with an electromagnetic radiation emitted by a laser light sou...
The invention relates to a method for machining a semiconductor component having at least one semico...
In a process for crystallizing thin semiconductor layers on a substrate material, a melt containing ...
Embodiments of the invention relate to production methods. In a first step, a semiconductor substrat...
Molecular Beam Epitaxy introduces the reader to the use of molecular beam epitaxy (MBE) in the gener...
EP 1251397 A UPAB: 20030101 NOVELTY - Process for producing optically reproducible structures, espec...
The work is aimed at experimental and theoretical study into interactions of high-energy laser radia...
DE 102008025922 A1 UPAB: 20091214 NOVELTY - The laser has a semiconductor body (10) with a waveguide...
WO2003009432 A UPAB: 20030317 NOVELTY - A carrier substrate (1) has a structured thin-layer metalliz...
Purpose of the work: investigation of processes influencing the formation of the surface morphology ...
The invention relates to a method for forming a structuring on surfaces of components by means of a ...
For further development in the field of semiconductor technology, especially with respect to higher ...