Dipl.-Ing. Dr. Alexander Schmon
Profil
Lebenslauf
- Geboren: 1982
- 1992–2000: Bundesrealgymnasium
- 2001–2003: Kolleg für EDV und Organisation an der HTL-Villach
- 2003–2011: Studien der Technischen Physik an der TU Graz
- 2011–2016: Universitätsassistent am Institut für Experimentalphysik an der TU Graz, Arbeitsgruppe Thermophysik und Metallphysik,
- Dissertation im Bereich Experimentalphysik
- Seit 11/2016: Ausbildung zum Patentanwalt
Publikationen
Autor und Co-Autor von Publikationen auf den Gebieten der Metallphysik, Thermophysik und Experimentalphysik.
Technische Schwerpunkte:
- Allgemeine, angewandte und technische Physik
- Thermophysik
- Temperaturmesstechnik
- Verfahrenstechnik
- Werkstoffe
- Gegenstände des täglichen Lebensbedarfes
Liste der Publikationen
1. A. Schmon; H. Reschab; T. Hüpf; J. Rattenberger; G. Pottlacher
"Thermophysical characteristics of CuMnNi alloys in the temperature range from 1000 K to 1900 K"
High Temperatures, High Pressures. 40, 3-4, p. 291-300, (2011).
2. G. Pottlacher; K. Aziz; A. Schmon
"Thermophysical characteristics of liquid metals and alloys at TU Graz: a status report"
High Temperatures, High Pressures. 43, 5, p. 377-394, (2012)
3. G. Pottlacher; A. Schmon; K. Aziz
"Investigation of liquid metallic elements and alloys by means of containerless techniques"
Journees Annuelles De La SF2M 2012, Materiaux & Techniques. 100, p. 1-9, (2012)
4. K. Aziz; A. Schmon; G. Pottlacher
"Measurement of surface tension of liquid copper by means of electromagnetic levitation"
High Temperatures, High Pressures. 43, p. 193-200, (2014)
5. A. Schmon; K. Aziz; G. Pottlacher
"Density determination of liquid copper and liquid nickel by means of fast resistive pulse heating and electromagnetic levitation"
Metallurgical and Materials Transactions / A., 46, p. 2674-2679, (2015)
6. K. Aziz; A. Schmon; G. Pottlacher
"Measurement of surface tension of liquid nickel by the oscillating drop technique"
High Temperatures, High Pressures. 44, p. 475-481, (2015)
7. A. Schmon; K. Aziz; M. Luckabauer; G. Pottlacher
"Thermophysical properties of Manganin (Cu86Mn12Ni2) in the solid and liquid state"
International Journal of Thermophysics. 36, p. 1618-1626, (2015)
8. K. Aziz; A. Schmon; E. Kaschnitz; J. Rattenberger; G. Pottlacher
"Measurement of surface tension of Cu-5Sn by an oscillating drop – levitation technique"
International Journal of Thermophysics. 37, p. 1-8, (2016)
"Thermophysical characteristics of CuMnNi alloys in the temperature range from 1000 K to 1900 K"
High Temperatures, High Pressures. 40, 3-4, p. 291-300, (2011).
2. G. Pottlacher; K. Aziz; A. Schmon
"Thermophysical characteristics of liquid metals and alloys at TU Graz: a status report"
High Temperatures, High Pressures. 43, 5, p. 377-394, (2012)
3. G. Pottlacher; A. Schmon; K. Aziz
"Investigation of liquid metallic elements and alloys by means of containerless techniques"
Journees Annuelles De La SF2M 2012, Materiaux & Techniques. 100, p. 1-9, (2012)
4. K. Aziz; A. Schmon; G. Pottlacher
"Measurement of surface tension of liquid copper by means of electromagnetic levitation"
High Temperatures, High Pressures. 43, p. 193-200, (2014)
5. A. Schmon; K. Aziz; G. Pottlacher
"Density determination of liquid copper and liquid nickel by means of fast resistive pulse heating and electromagnetic levitation"
Metallurgical and Materials Transactions / A., 46, p. 2674-2679, (2015)
6. K. Aziz; A. Schmon; G. Pottlacher
"Measurement of surface tension of liquid nickel by the oscillating drop technique"
High Temperatures, High Pressures. 44, p. 475-481, (2015)
7. A. Schmon; K. Aziz; M. Luckabauer; G. Pottlacher
"Thermophysical properties of Manganin (Cu86Mn12Ni2) in the solid and liquid state"
International Journal of Thermophysics. 36, p. 1618-1626, (2015)
8. K. Aziz; A. Schmon; E. Kaschnitz; J. Rattenberger; G. Pottlacher
"Measurement of surface tension of Cu-5Sn by an oscillating drop – levitation technique"
International Journal of Thermophysics. 37, p. 1-8, (2016)
