Seçilmiş elmi əsərləri

  1. Sh. M. Efendiev, V. Gavryshin, G. Raciukaitis, G. Puzonas, N. G. Darvishov, A.Kazlauskas, S. Shakhdgan . Two-photon spectroscopy of PbMoO4 single crystals. Phys. Stat. Sol. (b), v.156, p.697-704, 1989.
  2. R. Baltrameyunas, V. Gavryushin, G. Rachyukaitis, G. Puzonas, A. Kazlauskas, Sh. M.  Efendiev, V. E. Bagiev , N. G. Darvishov. Two-photon absorption spectra of PbMoO4. FTT,  v.31, N8, p.305-308, 1989.
  3. Sh. M. Efendiev, A. M. Mamedov, N. G. Darvishov . VUV reflection spectra of PbMoO4 single crystals. Phys. Stat. Sol.(b), v.151, p.K87-K90, 1989.
  4. Sh. M. Efendiev, N. G. Darvishov, E. Yu. Bobrova. Radioactive transitions in solid solutions NaBi(MoO4)1-x (WO4)x FTT, v.36, N 10, p.3171-3174, 1994.
  5. Sh. M. Efendiev, N. G. Darvishov, E. R. Mustafaev, V. E. Bagiev. Radioactive transitions in crystals of sillenite-type structure. Phys. Stat. Sol. (a), v.143, p.413-421, 1994.
  6. N. G. Darvishov VUV–Reflection spectra of plumbum molibdate single crystals. Fizika, v. VII, N3, p.41-43, 2001
  7. Н.Г.Дарвишов,М.Б.Мурадов Некоторые оптические свойства наночастиц сульфида меди, сформированных в объеме полимерной матрицы. Вести НАН Азербайджана,сер.Физ.мат.и тех.наук 2004, 5
  8. Н.Г.Дарвишов. Спектры фотолюминесценции в кристаллах со структурой силленита. Bakı Universitetinin Xəbərləri N 3, 2004, s.117-129
  9. Н.Г.Дарвишов,М.Б.Мурадов. Некоторые оптические свойства наночастиц сульфида меди, сформированных в объеме полимерной матрицы. АМЕА Xəbərləri N2, 2005.s.75-79
  10. N.G.Darvishov, M.B.Muradov, G.M.Eyvazova. The influence of type a polimer matrix on photoluminescence process of cadmium sulfide in nanopatcles. Nanoscience and Nanotechnology, Villa Mondragone, November 6-9, 2006, Italiya
  11. N.G.Darvishov, M.B.Muradov. Photoluminescence in nanoparticles of CdS, fomed in polymeric matrix by means of solar. ROCAM-2006, 20 April, Rumania
  12. M.B.Muradov,. G.M.Eyvazova ,N.H.Darvishov. Photoluminescence of cadmium sulphides nanoparticles doped with rare-earth elements E-MRS 2007 Fall meeting Warsaw (Polond) 17-21 september, 2007, A17
  13. В.Э. Багиев, Дарвишов Н.Г. Кинетика фотопроводимости кристаллов Bi12SiO20  в субнаносекундном диапазоне. Труды пятой межд.науч.тех. конф.Актуалные проблемы физики, 25-27 июня 2008 г. С.302-304,
  14. В.Э.Багиев , Н.Г. Дарвишов,Т.З.Кулиева, Ш.М.Годжаева. Кинетика фотопроводимости кристаллов Bi12SiO20 в субнаносекундном диапазоне V- Inter.Sic.Tekh.Conf.25-27 iyun, 2008,p.302-304.
  15. Ф.А.Рустамов, Н.Г. Дарвишов, М.З.Мамедов , С.Р.Мурадов, Е.Ю.Боброва,Фотолюминесценция макропористого кремния р-типа 2-ой Респуб.Конф.28-29 ноября Баку 2008, с.17-20
  16. Ф.А.Рустамов, Н.Г. Дарвишов, М.З.Мамедов , С.Р.Мурадов, Е.Ю.Боброва, Получение и фотолюминесценция макропористого кремния p-типа. AMEA, Xəbərlər. 2009, c.XXIX, № 5, c.132-135
  17. F.A.Rustamov, N.H.Darvishov, M.Z.mamedov, E.Y.Bobrova, H.Q.Qafarova, Influence of acetic acid on the stain porous silicon formation at oxidant insufficiency. Fizika,c.XVI, N3-4, 2010,c.89-91.
  18. F.A. Rustamov, N.H. Darvishov, M.Z. Mamedov, E.Y. Bobrova, H.O. Qafarova. Influence of acetic acid on the process of stain porous silicon formation at oxidant insufficiency. Azerb. J. Phys. 16, No. 3-4, 2010, pp. 89-91.
  19. F.A. Rustamov, N.H. Darvishov, M.Z. Mamedov, E.Y. Bobrova, H.O. Qafarova. Influence of acetic acid on the process of stain porous silicon formation at oxidant insufficiency. Azerb. J. Phys. 16, No. 3-4, 2010, pp. 89-91.
  20. F.A. Rustamov, N.H. Darvishov, M.Z. Mamedov, E.Y. Bobrova, H.O. Qafarova. Porous silicon bandgap broadening at natural oxidation. J. Lumin. 131, 2011, pp.2078 - 2082.
  21. F.A. Rustamov, N.H. Darvishov, M.Z. Mamedov, E.Y. Bobrova, H.O. Qafarova. Porous silicon bandgap broadening at natural oxidation. J. Lumin. 131, 2011, pp. 2078 - 2082.
  22. F.A. Rustamov, N.H. Darvishov, M.Z. Mamedov, E.Y. Bobrova, H.O. Qafarova. Formation of lateral homogeneous stain etched porous silicon with acetic acid at oxidant insufficiency. Azerb. J. Phys. 18, No. 3, 2012, pp. 44 - 49
  23. F.A. Rustamov, N.H. Darvishov, M.Z. Mamedov, E.Y. Bobrova, H.O. Qafarova. Formation of lateral homogeneous stain etched porous silicon with acetic acid at oxidant insufficiency. Azerb. J. Phys. 18, No. 3, 2012, pp. 44 - 49
  24.  T.D.Ibrahimov, O.B.Tagiyev, S.A.Abushov, E.A.Allahverdiyev, G.M.Bayramov, N.H.Darvishov  Fotoluminescence of porous silicon with liquid crystalline fillers-  FIZIKA, 2012, v.XVIII, N.2, p.3-7.
  25. F.A.Rustamov, N.H.Darvishov, M.Z.Mamedov, E.Y.Bobrova, H.O.Qafarova. Forma­tion of lateral homogeneous stain etched porous silicon with acetic acid at oxidant insufficiency. Journal FIZIKA, 2012, v.XVII, N.3, p.3-12.
  26. F.A. Rustamov, N.H. Darvishov, V.E. Bagiev, M.Z. Mamedov, E.Y. Bobrova, H.O. Qafarova. Influence of final treatment on the incubation period and antireflection properties of stain etched porous silicon. Phys. Status Solidi A. 210, No. 10, 2013, 2174 - 2177
  27. F.A. Rustamov, N.H. Darvishov, V.E. Bagiev, M.Z. Mamedov, E.Y. Bobrova, H.O.Qafarova. Determination of size and bandgap distributions of Si nanoparticles from photoluminescence excitation and emission spectra in n-type stain etched porous silicon. J. Lumin. 154, 2014, pp.224–228.
  28. F.A. Rustamov, N.H. Darvishov, V.E. Bagiev, M.Z. Mamedov, G.M. Eyvazova, E.Y.Bobrova, H.O. Qafarova. Reversible quenching of photoluminescence in stain etched porous silicon at HNO3 posttreatment and role of oxygen bonds. Journal of Luminescence. 195 (2018) 49-53
  29. Isik, M; Delice, S, Darvishov N.HBagiev, VE., Temperature-dependent band gap characteristics of Bi12SiO20 single crystals, Journal Of Applied Physics 2019, v.126 (24)
  30. Isik, M; Gasanly, NM; N.H.Darvishov; Bagiev, VE, Investigation of optical properties of Bi12GeO20 sillenite crystals by spectroscopic ellipsometry and Raman spectroscopy. Ceramics International 46 (9) ,2020,pp.12905-12910
  31. Delice, S; Isik, M, Darvishov N.H, Bagiev, VE, Structural and temperature-tuned optical characteristics of Bi12GeO20 sillenite crystals. Chinese Journal Of Physics, 2020, v. 66, Pp.422-429
  32. Isik, M; Delice, S;, Darvishov N.H.,Bagiev, VE ,Optical Characteristics Of Bi12SiO20 Single Crystals By Spectroscopic Ellipsometry Materials Science In Semiconductor Processing, 2020, 120
  33. Isik, M; Gasanly N.M.,Darvishov N.H, Bagiev, VE, , Spectroscopic ellipsometry study of Bi12TiO20 single crystals, Journal Of Materials Science-Materials In Electronics, 2021, v. 32 N6, Pp.7019-7025
  34. Isik, M; Gasanly N.M. Darvishov N.H., Bagiev, VE ,Temperature-tuned bandgap characteristics of Bi12TiO20 sillenite single crystals, Journal Of Materials Science-Materials In Electronics, 2021, v. 32 (1), Pp.1316-1322
  35. Isik, M; Gasanly N.M. Darvishov N.H., Bagiev, VE, Trapping centers in Bi12TiO20 single crystals by thermally stimulated current. Optical Materials, 2021, v. 122
  36. Isik, M; Gasanly, NM, Darvishov N.H., Bagiev, VE, Structural and temperature-tuned band gap energy characteristics of PbMoO4 single crystals., Optical Materials 2022, v.126
  37. Isik, M; Gasanly N.M. Darvishov N.H., Bagiev, VE, Temperature dependent bandgap in  NaBi(WO4)2  single crystals, Optik, 2022, v.258
  38. Isik, M; Gasanly N.M. Darvishov N.H.,Bagiev, VE Effect of Temperature on BandGap Of Pbwo4 Single Crystals Grown By., Czochralski Method., Physica Scripta, 2022, v.97 (4)
  39. Isik, M; Gasanly N.M., Darvishov N.H., Bagiev, VE,Investigation of optical characteristics of PbMoO single crystals by spectroscopic ellipsometry, Optik, 2022,v.262
  40. Isik, M; Gasanly N.M., Darvishov N.H. ,Bagiev, VE,Spectroscopic ellipsometry characterization of PbWO4 single crystals., Optical Materials, 2022, v.131
  41. Isik, M; Gasanly, NM; Darvishov N.H.; Bagiev, VE , Structural and temperaturetuned band qap energy characteristics of PbMoO4 single crystals, Optical Materials, 126, 2022,
  42. Isik, M; Gasanly, NM; Darvishov N.H.; Bagiev, VE , Growth and characterizationof PbMo0.75W0.25O4 single crystal: A promising material for optical applications, Materials Chemistry and Physics 296 (2023) 127280
  43. S. Delice , M. Isik , N.M. Gasanly, N.H. Darvishov , V.E. Bagiev , Growth and temperature-tuned band gap characteristics of LiGd(MoO4)2 single crystals for optoelectronic applications, Ceramics International,  Volume 49, Issue 15, 1 August 2023, Pages 25840-25847, https://doi.org/10.1016/j.ceramint.2023.05.131

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2009-2010   Universitet daxili 50+50 qrantıda iştirak etmişdir.