Baydjanov Maksudbek

Head of Department, Associate Professor (Physics)

Date and place of birth: 18.09.1977, Urgench, Uzbekistan

Nationality: Uzbek

Education: High

Academic degree: PhD

Academic rank: No

E-mail:  maksudb77@yahoo.com

Phone: +998 71 2740400

Education

Masters – 1994-1999 National University of Uzbekistan, Faculty of Physics, Department of Quantum Radiophysics.

PhD in Physics and mathematics – 2010 Institute of Nuclear Physics, Ulugbek, Tashkent, Uzbekistan. Specialization – Physics of Condensed Matter.

Certificate course on Network Security – 2008 United Telecom LTD, Bangalore, India.

Certificate of the Foundation of the president of Uzbekistan “Istedod” – Innovation Technologies in teaching, Information Technologies and Distant learning. 2011

Certificate of the participant of Workshop “Radiation resistant materials”, 2011, International Center for Theoretical Physics, Trieste, Italy

Certificate of training of on “Energy audit in Industrial Enterprise”, CASEP Sustainable Energy Program for Central Asia: Renewable Energy Sources & Energy Efficiency, 2015, Tashkent, Uzbekistan

Certificate of attendance in a course training in ISO 9001:2008 Quality management system and internal audit, 2015, Huge trade Hong-Kong.

 

Honours, Awards, Fellowships, Membership of Professional Societies

2004-2007 STCU Research grant
2008 – ITEC Fellowship
2011 – ICTP Scholarship
2012 – DAAD Scholarship
2012-2013 – ERASMUS MUNDUS scholarship
2013-2014 – INSTM scholarship
2016 – TWAS individual research grant

 

List of publications

1. M. Baydjanov, M.Ashurov, I. Nuritdinov, K. Saidakhmedov, T. Shikama. Dose and dose rate dependency of radiation-induced transient absorption in pure silica optical fibers under gamma irradiation. International Conference Nuclear Science Symposium, 20-28 October, Atlanta, USA 2017.
2. M.Baydjanov, M.Turonov, New method for obtaining real intensity spectrum of radiation-induced light emission in optical fibers, Acta TTPU, #6 p.12-14, 2017.
3. In-situ non-contact high temperature measurement in ultrafast sintering using optical fiber, Maksudbek Baydjanov, Paolo Di Napoli, Roberto Cagliero and Giovanni Maizza, International Conference on Sintering 2014, Dresden, Germany.
4. H.Younis, F.Balestra, M.Baydjanov etc. The internal diamond target for the hypernuclear physics at HESR. Proceeding of the Barcelona Postgrad Encounters on Fundamental Physics, 2012. P. 93-102.
5. M. Baydjanov, D. Qurbonboyeva, Dependence of optical fiber length on the intensity of Cherenkov’s emission. Acta TTPU, 2012.
6. M. Ashurov, M. Baydjanov, E. Gasanov, I. Nuritdinov, T. Shikama, U. Salikhbayev. Influence of Growth of γ-Radiation Dose and Dose rate on Luminescence Properties of Pure Silica Core Fibers With High-OH Group Content. Japanese Journal of Applied Physics. 2011 V.50, P.1-4.
7. M. Baydjanov, M. Ashurov, et.al Application of the radiation-induced properties of pure silica core optical fibers to radiation dosimeters, Proceedings of the International Conference “Recent Advances in the Physics of Low-Dimensional Nanoscale Systems”, Tashkent, November 10-11, 2011, p 138-141.
8. M. Ashurov, M. Amonov, M. Baydjanov and etc. Influence of preliminary heat treatment and neutron irradiation of optical fibers on optical attenuation at 2eV region. Proceedings og International Conference “Optical and photoelectric processes in semiconductors, micro and nanostructures”, Fergana, 8-9 September, 2011, p. 206-209.
9. Ashurov M.Kh., Baydjanov M.I., Gasanov E.M., et. al. Measurement method of radiation-induced emission spectra of optical fibers // Japanese Journal of Applied Physics. – 2008. – V.47, N 1. – P. 301-302.
10. Akchurin N., Ashurov M.Kh., Baydjanov M.I. et.al. Effect of prior structural defects in quartz fiber lightguides on defect formation by -radiation. Atomic energy. 2008 V.04 N1 P.23-26.
11. Baydjanov M.I. Influence of high-temperature heating on optical losses spectra of -irradiated optical fibers. Uzbek Journal of Physics. 2008 V10 N 4-5. P. 329-334. [in Russian].
12. Akchurin N., Ashurov M.Kh., Baydjanov M.I., et. al. Radiation induced losses and emission of quartz polymer optical fiber in bremsstrahlung γ – radiation field // IEEE transactions on Nuclear Science. – 2007. – V. 54, №5. – P. 1812-1815.
13. Ashurov M.Kh, Baydjanov M.I, Gasanov E.M. Radiation-stimulated effects in quartz fibers. Photon-express. 2007. N6. P. 118-119. [in Russian]
14. Ashurov M.Kh, Baydjanov M.I, Gasanov E.M. Method of calculation of true emission spectra in optical fibers under ionizing radiation.: Photon-express. 2007. N6. P. 120-121. [in Russian]
15. Ashurov M.Kh., Baydjanov M.I., Gasanov E.M., et. al. UV-induced absorption in quartz fibers. Uzbek Journal of Physics. 2007 V9 N1 P.38-41. [in Russian].
16. Abdurakhmanov, U. Sharipov, S. Rakhimova, Y. Karabaeva, M. Baydjanov, M. Conductivity and Permittivity of Nickel-Nanoparticle-Containing Ceramic Materials in the Vicinity of Percolation Threshold. // Journal of American Ceramic Society. 2006, V. 89; N. 9, pages 2946-2948.
17. Ashurov M.Kh., Baydjanov M.I., Gasanov E.M., et.al. Influence of reabsorption process on registration of gamma-luminescence in optical fibers. // Uzbek Journal of Physics. 2006. V 8. N6. P.341-347. [in Russian].
18. Akchurin N., Ashurov M.Kh., Baydjanov M.I., et.al. Gamma induced transient losses in a polymer-clad silica-core optical fiber // Preprint CERN CMS INTERNAL NOTE, 2006/000. – Geneva, 2006. – 9p.
19. Ashurov М., Baydjanov M., Gasanov E., Ivanov N., Rustamov I.. Safarov A., Suleymanov R., Yuldashev В. Investigations of radiation induced transient absorption and emission in the quartz-polymer optical fiber // IEEE Nuclear Science Symposium Conference Record. – Puerto-Rico, 2005. – V.2. – P.808-810.
20. Ashurov M.Kh., Amonov M.Kh., Baydjanov M.I., Dose and dose rate dependencies of light emission in quartz fibers with high-OH group content. Preprint INP ASRUz N P-9.687. Tashkent, 2009. 13 p. [in Russian].
21. Ashurov M.Kh., Amonov M.Kh., Baydjanov M.I., Dose and dose rate dependencies of unstable color centers in quartz fibers. Preprint INP ASRUz N P-9.688. – Tashkent, 2009.– 14 p. [in Russian].
22. Ashurov M.Kh., Baydjanov M.I., Gasanov E.M., et. al. Radiation-induced low-temperature color centers in the optical fibers // The Fifth International Conference “Modern Problems of Nuclear Physics: Book of Abstracts. 12-15 august 2003. Samarkand. P.154-155.
23. Ashurov M.Kh., Baydjanov M.I., Gasanov E.M., Nam I., Nebesny A.F., Rukov A.F., Rustamov I.R., Yuldashev B.S. Low-temperature thermal glow of quartz fibers with different OH-group content // The Fifth International Conference “Modern Problems of Nuclear Physics: Book of Abstracts. 12-15 august 2003. Samarkand. P. 169-170.
24. Ashurov M.Kh., Baydjanov M.I., Gasanov E.M., Nam I., Islamov A. Kh., Makhmudov Kh.M., Rakov A.F., Rustamov I.R., Yuldashev B.S. Thermal glow study quartz optical fibers UV-irradiated at helium temperatures. //The 3-rd Eurasian Conference “Nuclear Science and its application”: Abstracts book, 5-8 October, 2004. – Tashkent, 2004. – P. 284.
25. Ashurov M.Kh, Abdurakhmanov B.S., Baydjanov M.I., Gasanov E.M., Ivanov N., Norboev K., Rustamov I.R., Safarov A.N., Saidahmedov K.Kh., Suleymanov R.D., Yuldashev B.S. Low Temperature in-situ measurements of FVP-300 type quartz-quartz optical fiber transmission in the bremsstrahlung gamma irradiation field // “Nuclear and Radiation Physics”: Abstracts of 5th International conference, September 26-29, 2005. – Almaty, 2005. – P.243-244.
26. Ashurov M.Kh, Baydjanov M.I., Gasanov E.M., Ivanov N., Norboev K., Rustamov I.R., Safarov A.N., Suleymanov R.D., Yuldashev B.S. Luminescence of FSHA-800 type quartz-polymer optical fiber in the bremsstrahlung gamma irradiation field // “Nuclear and Radiation Physics”: Abstracts of 5th International conference, September 26-29, 2005. – Almaty-2005.- P. 291-292.
27. Ashurov M.Kh, Baydjanov M.I., Gasanov E.M. Defect formation in optical fibers irradiated by neutrons and γ–rays . «Physics in Uzbekistan»: Materials of Conference. Tashkent 2005. P. 125-126.
28. Ashurov M.Kh, Baydjanov M.I., Gasanov E.M. Gamma induced unstable losses of optical light in quartz-polymer optical fibers. «Physics in Uzbekistan»: Materials of Conference. Tashkent 2005. P. 126-131.
29. Ashurov М., Baydjanov M., Gasanov E., Ivanov N., Rustamov I.. Safarov A., Suleymanov R., Yuldashev В. Investigations of radiation induced transient absorption and emission in the quartz-polymer optical fiber // IEEE Nuclear Science Symposium Conference Record. – Puerto-Rico, 2005. – V.2. – P.808-810.
30. Ashurov M.Kh, Baydjanov M.I, Gasanov E.M, Ibragimov J.D., Islamov A.Kh., Nuritdinov I., Rustamov I.R., Yuldashev B.S. Influence of preliminary reactor irradiation on defect formation in quartz fibers under -ray activity // The XI International Conference “Modern Problems of Nuclear Physics”: Abstracts book, September 19-22 2006. – Tashkent, 2006. – P. 178-179.
31. Ashurov M.Kh., Amonov M.Kh., Baydjanov M.I., Dose and dose dependency of unstable losses in quartz fibers with different OH-group content. VII Internation Conference «Nuclear and Radiation Physics»: Book of Abstracts, 8-11 september, 2009, Almaty P. 172.
32. Ashurov M.Kh., Amonov M.Z., Baydjanov M.I., Gasanov E.M., Saidakhmedov K.Kh. Influence of OH-Group Content on Formation of Unstable Color Centers in Quartz Glass Fibers. The XII International Conference “Modern Problems of Nuclear Physics”: Abstracts book, September 22-25 2009. – Tashkent, 2009. – P. 161-162.
33. Ashurov M.Kh., Amonov M.Z., Baydjanov M.I., Gasanov E.M., Ibragimov J.D., Saidakhmedov K.Kh. Influence of Structure Defect Type and Concentration on Formation of Additional Defects under Gamma-Irradiation of Quartz Optical Fibers. The XII International Conference “Modern Problems of Nuclear Physics”: Abstracts book, September 22-25 2009. – Tashkent, 2009. – P. 162-163.