Russian Academy of Sciences

Institute of Problems of Mechanical Engineering

Laboratory of Means and Systems of Automation

Dr. Michail E.Kompan

Personal Information

• Date of Birth: October 12, 1946
• Place of Birth: Odessa, Ukraine.

Affiliation and official address:

• 199178, St.Petersburg, Bolshoy pr. V.O., 61, Institute of Problems of Mechanical Engineering.
• Phone: + 7 (812) 247 93 96
• e-mail: kompan@solid.pti.spb.su, kompan@ssrouter.ioffe.rssi.ru

Qualifications:

• Candidate of Physical and Mathematical Sciences (St.Petersburg Technical University, 1977)
• Doctor of Science (Physical and Mathematical Sciences) (St.Petersburg Technical University, 1992)

Education: graduated from Moscow Physical Technical Institute 1970.

Permament Employment:

• since 1970 - at A.F.Ioffe's Physical Technical Institute; now - leading researcher.
• since 1995 - leading researcher at the MSA laboratory.

Memberships:

• International and Russian Societies of Solid State Ionics;
• New-York Academy of Sciences.

Scientific Activities:

• Fundamental aspects of Condensed Matter Physics;
• Luminescence and RAMAN research of solids;
• Superionic conductivity;
• Self-organized dynamic structures in solids;
• Porous Silicon - optical properties and self-formation of nano-objects.

Teaching:

• 1978-1986: St.Petersburg Technical University;
• since 1995 - Nevsky Technical College

Publications: more than 70 papers in refereed magazines; more than 20 communications to scientific meetings.

Selected publications 1991-1995:

1. Application of Gravity-Induced EMF for Measurements of Movement Parameters. // XII IMEKO World Congress, Bejing 1991, v.2, p.82-83 (no co-authors)
2. Dynamic Structure Transition in Superionic Conductor NaRESiO. 1. // JETP Lett. 1992 v.55 n.1 pp. 48-51 (in Russian, with G.Venus and O.Dimitrova)
3. Spectroscopy of Probe-Ion Eu3+ in Superionic Conductor NaRESiO. 1. // JETP 1992 v.102 n.4(10) pp.1424-1432
4. Spectroscopy of Probe-Ion Eu3+ in Superionic Conductor NaRESiO. 2. // JETP Lett. 1993 v.104 n.5(11) pp.3693-3705 (in Russian, with G.Venus)
5. The Model of the Resonance Oscillating Barrier and Superionic Conductivity. //FTT 1992, v.34, n.6, pp.1778-1782 (no co-authors)
6. Observation of Archimedes in Superionic Conductor. //FTT 1993, v.35, n.7, pp.2049-2052 (no co-authors)
7. The outlook of Metrological Application of Noninercia Effect in Superionic Conductors //Measuring Technique 1995, No.8 p.3-5 (in Russian, no co-authors)
8. Characteristics of Submillisecond Afterglow of Porous Silicon at a temperature of 80-370K. //Fizika Tverdogo Tela, 1993, vol.36 no.1 pp.125-131 (in Russian, with I.Shabanov).
9. Quantum-size Effect in Fragments of Porous Silicon. //Fizika Tverdogo Tela, 1994, vol.36 no.8 pp.2381-2387 (in Russian, with I.Shabanov).
10. Investigation of Anomalous Rlaxarion Processes in the Luminescence of the Porous Silicon. //Fizika Tverdogo Tela, 1995, vol.37 no.2 pp.359-367 (in Russian, with I.Shabanov and I.Novak).
11. Mechanism of Self-Formation of Nanostructures of Porous Silicon with Zero-Current Water Etching. //Fizika i Tekhnika Poluprovodnikov, 1995, vol.29 no.10, pp.1859-1869 (in Russian, with I.Shabanov).