1. K Omuro, M. Yoshino, K. Bartosiewicz, T. Horiai, R. Murakami, K. J. Kim, K. Kamada, R. Kučerková, V. Babin, M. Nikl, A. Yamaji, T. Hanada, Y. Yokota, S. Kurosawa, Y. Ohashi, H. Sato, A. Yoshikawa
    Tailoring scintillation and luminescence through Co-doping engineering: A comparative study of Ce,Tb Co-doped YAGG and GAGG garnet crystals
  2. K. Blažek, M. Nikl, J. Touš, K. Bartoš, J. Polák, T. Marek
    Method of manufacturing of a crystal for a scintillation crystal detector and a crystal for a scintillation crystal detector
  3. M. Nikl, J. Pejchal, Jindřich Houžvička, Silvia Sýkorová, O. Zapadlík, Tomáš Parkman, Dalibor Pánek, V. Vaněček
    Multicomponent single crystal scintillator
  4. J. Pejchal, M. Nikl, K. Nejezchleb, J. Havlíček, J. Šulc, H. Jelínková
    Multicomponent oxide single crystal, optical element and solid-state laser
  5. J. Pejchal, M. Nikl, K. Nejezchleb
    An absorbing material based on samarium-doped garnet for suppression of amplified spontaneous emission of the active medium of a solid-state laser, the use of this material, the method of its production and a monolithic element with this absorbing ma...
  6. J. Pejchal, R. Kučerková, A. Beitlerová, Fedor Levchenko, M. Nikl
    Scintillation GdSGAG:Ce crystal prepared by the micropulling down method
  7. J. Houžvička, K. Blažek, P. Horodyský, M. Nikl, P. Boháček
    Manner of shortening scintillation response of luminescence centres and material of scintillator with shortened scintillation response
  8. J. Houžvička, K. Blažek, P. Horodyský, M. Nikl, P. Boháček
    Manner of shortening scintillation response of luminescence centres and material of scintillator with shortened scintillation response
  9. J. Houžvička, K. Blažek, P. Horodyský, M. Nikl, P. Boháček
    Manner of shortening scintillation response of luminescence centres and material of scintillator with shortened scintillation response
  10. L. Havlák, V. Jarý, J. Bárta, J. Pejchal, M. Nikl
    Luminophores based on Eu2+ and Eu2+/Ce3+ doped garnets
  11. A. Hospodková, K. Blažek, E. Hulicius, J. Touš, M. Nikl
    Scintillation detector for detection of ionising radiation
  12. A. Hospodková, K. Blažek, E. Hulicius, J. Touš, M. Nikl
    Scintillation detector for detection of ionising radiation
  13. A. Hospodková, K. Blažek, E. Hulicius, J. Touš, M. Nikl
    Scintillation detector for detection of ionising radiation
  14. L. Havlák, V. Jarý, A. Bystřický, M. Nikl
    Circadian white light source
  15. A. Hospodková, K. Blažek, E. Hulicius, J. Touš, M. Nikl
    Scintillation detector for detection ionising radiation
  16. L. Havlák, V. Jarý, A. Bystřický, M. Nikl
    Circadian white light source with tunable temperature
  17. L. Havlák, V. Jarý, J. Bárta, M. Nikl
    Phosphors (LicNadKeRbfCsg)(LahGdiLujYk)1-aEuaS2-b for solid-state light sources
  18. L. Havlák, V. Jarý, M. Nikl, J. Bárta
    Inorganic scintillators and phosphors based on ALnS2 (A = Na, K, Rb; Ln = La, Gd, Lu, Y) doped by Eu2+ with exception of KLuS2 and NaLaS2
  19. L. Havlák, V. Jarý, M. Nikl, J. Bárta, P. Boháček
    Inorganic scintillator or phosphor based on KLuS2:Eu
  20. L. Havlák, V. Jarý, M. Nikl, J. Bárta, P. Boháček
    Inorganic scintillator based on KLuS2:Ce
  21. J. Bárta, V. Čuba, V. Múčka, M. Nikl, M. Pospíšil
    Process for preparing synthetic structures based on lutetium-aluminium garnet (LuAG))
  22. P. Boháček, M. Nikl, B. Trunda, V. Studnička
    Anorganic scintillator based on strontium hafnate with surplus of Hf or strontium zirconate with Zr surplus.
  23. P. Boháček, M. Nikl
    Scintillator - lead-tungstate with a shifted stoichiometry
  24. P. Boháček, M. Nikl
    Lead tungstate-based scintillator
  25. M. Nikl, P. Boháček
    Inorganic scintillator
  26. M. Nikl, P. Boháček
    Scintillator on the basis of lead tungstate