?i?????i???i??N?N???Ni?????? ??????Ni??N? ?i???i??????Ni????????Ni??

?i?????i???i??N?N???Ni?????? ??????Ni??N? ?i???i??????Ni????????Ni?? – ?i???i????.?i???i???i??.Ai?? ?i???i???i????Ni???i??Ni????Ni????N? ?i?????i???????? Ni???i??N?Ni????Ni?? (Laboratory of Particle Physics)

Tel 2-16-17-19

e-mail igor@hep.by

 

Main area of research: radiation hard particle detectors
 
 
Main publications

  1. I.Emeliantchik et al. Research and Development of Synthetic Monocrystalline Diamond Detectors of Ionizing Radiation // Nonlinear Phenomena in Complex Systems. Vol.12 (2005), p. 41 ai??i?? 47.
  2. I.Emeliantchik et al. Beam Calorimeter Technologies // DESY-05-140 electronic preprint, July 2005, e-Print Archive: physics/0507002.
  3. I.Emeliantchik et al. Development of Particle Detectors on the Base of Minsk Synthetic Monocrystalline Diamond // Nonlinear dynamics and applications. Vol.14 (2007), p. 7 ai??i?? 13.
  4. I. Emeliantchik, W. Lohmann et al. // IEEE Transactions on Nuclear Science, Vol.51, No. 6, December 2004.
  5. I. Emeliantchik, W. Lohmann et.al. Polycrystalline CVD Diamonds for the Beam Calorimeter of the ILC // Nuclear Science Symposium Conference Record, 2006. IEEE Volume 2, Oct. 29 2006-Nov. 1 2006 Page(s):721 ai??i?? 724.
  6. I. Emeliantchik, W. Lohmann et.al. // IEEE Transactions on Nuclear Science, Vol.56, No. 2, April 2009.
  7. ?i?????i???i??N?N???Ni?????? ??.?i??. ?? ??Ni??. ?i???i???????i??Ni???????????? N?Ni???????????i?? ???i??Ni???i????Ni????Ni??Ni?? ?i???i??Ni??N??i???i??????Ni??Ni?? Ni???i??N?Ni????Ni?? ???i?? ??N????????i?? ??????????Ni????N?Ni???i???i???i?????? N?????Ni???i??Ni????Ni???i??N????????? ?i???i?????i???i???i?? / ?s.?i??.??Ni???i?????i??N?N??i????, ??.??.?i???i??Ni??N?Ni????Ni????????, ??.?i??.?i?????i???i??N?N???Ni??????, ??.?i??.???????i??Ni???i????????, ??.?i??.?i????Ni??????????, ?i??.?i??.???i????Ni?????? // ?i???i??N?Ni???????? ?i???i????, ???i??Ni????N? 1, ai??i?? 3 (2010), N?Ni??Ni??. 47-50.

Main results:

  1. Diamond detector with charge collection distance 187 mm is developed.
  2. Optic stand for crystal selection on the base of absorption spectra is created.
  3. Crystals with reduced nitrogen content are produced on the base of nitrogen getter technique, developed in collaboration with industry specialists.