About
Askerov Bahram Mehrali oglu (5 October 1933 - 12 March 2014) was a physicist. He was born in the village of Ahmedabad, Tovuz district, Republic of Azerbaijan. In 1957 he graduated from the Physics and Mathematics Faculty of Baku State University. He went on to graduate study at Institute of Semiconductors in Saint Petersbourg, Russia, where he worked under the supervision of A.I.Anselm. In 1966 he was invited to teach at Baku State University, since 1971 he headed the chair for solid state Physics at the University. Works on the theory of solid state. He developed (together with A.I.Anselm) a quantum theory of thermomagnetic phenomena in semiconductors and metals. They proposed a method for calculating dissipative thermomagnetic currents in quantized magnetic fields, when the usual transport equation is not applicable. B.M.Askerov generalized the W.W.Adams and L.J.Goldstein's density matrix method, underlying the quantum theory of transverse thermomagnetic phenomena in semiconductors, to the case of the indium-antimonide-type conduction band. He elaborated a theory of electron transport phenomena in quantum wells, classical and size-quantized films, and superlattices.
Key details
| Born |
5 October 1933
|
| Died |
12 March 2014 (aged 80)
|
| Zodiac | Libra |
| Tags | Add tag |
Family members
Parents
Siblings
Other family members
Connections
Friends & associates
Askerov Bahram Mehrali oglu dating history
0Children
0Scholars
Family
Parents
Siblings
Children
Other family members
Friends & associates
Missing information for Askerov Bahram Mehrali oglu
- missing gender
- missing height
- missing hair color
- missing eye color
- missing ethnicity
- add profile photo
- add banner photo
- add photos to gallery
Lists
Facts and figures
Similar profiles
Activity
Top contributors today
Tags
Featured contributors
Couples by country
USA · UK · Canada · Australia · France · Germany · India · China · South Korea · Japan · Spain · MexicoCouples by decade
1900s · 1910s · 1920s · 1930s · 1940s · 1950s · 1960s · 1970s · 1980s · 1990s · 2000s · 2010s · 2020s
