Browsing Fakultät für Physik (inkl. GAUSS) by Advisor & Referee "Schaaf, Peter Prof. Dr."
Now showing items 1-7 of 7
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Multilagenzonenplatten für die Mikroskopie mit harter Röntgenstrahlung
(2016-08-02)X-ray microscopy is due to the small wavelength and high penetration depth an auspicious technique for improved investigations of materials on nm-scale. For this, multilayer zone plates (MZP) with well-defined and smooth ... -
Aufbau einer Pulslaserdepositions-(PLD)-anlage und Untersuchungen zur PLD in den MAX-Phasen-Systemen Ti-Si-C, Cr-Al-C und Ti-Al-N
(2009-06-22)Ternary carbides and nitrides of certain chemical compositions -so called MAX phases- are a new and interesting class of functional ceramics. These compounds are refractory and heat resistant ... -
Investigation of the Amorphization of iron and austenitic stainless steel films by supersaturation with Boron, Carbon, Nitrogen and Oxygen
(2008-12-10)This work investigates the amorphization behavior of Fe-based alloys and the formation of metallic glasses based on conventional.It is well known, that small additions of alloying elements ... -
Direkte Lasersynthese von Funktionsschichten
(2008-12-04)Hard material systems such as titanium nitride play an important role within the field of material sciences. In particular wear and corrosion protection are based on such systems. Beside ... -
Short range ordering and microstructure property relationship in amorphous alloys
(2007-01-29)A novel algorithm, "Next Neighbourhood Evaluation (NNE)", is enunciated during the course of this work, to elucidate the next neighbourhood atomic vicinity from the data, analysed using ... -
Laser-Carburisierung von Eisen und Edelstahl
(2006-01-20)This work reports on excimer laser irradiation of pure iron and austenitic stainless steel in methane atmospheres. The laser-material-interaction plays a basic role enabling a substantial ... -
Laser nitriding of metals:Influences of the ambient pressure and the pulse duration
(2002-03-01)Laser nitriding of metals such as iron, stainless steel, aluminum or titanium is an interesting phenomenon both in physics and industry. On a time scale of hundreds nanoseconds, high intensity ...