Publications list

  1. Программа, реализующая метод МПДП/ВС с аналитическим вычислением первых производных и расчетом колебательных спектров. // Ж. структурн. химии, 1987, т. 28, № 5, с. 155-156. // Пилипенко А.Т., Заец В.А., Хаврюченко В.Д., Фалендыш Е.Р.

  2. Vibrational spectroscopy of dispersed silica: inelastic neutron scattering. // J.of Electron Spectroscopy and Related Phenomena. 1990, v. 54/55, p. 855-876 // E.Sheka, I.Natkaniec, V.D.Khavryutchenko, P.Nechitaylov, A.Muzychka, V.Ogenko, I.Markichev, J.Brankowski, J.Krawczyk

  3. Neutron scattering from water adsorbed on ultrafine nickel particles. // Physica B, 1991, v.174, p.187. // E.Sheka, V.D.Khavryutchenko, E.Nikitina, V.Zayetz, I.Natkaniec, P.Nechitaylov, A..Musychka

  4. Neutron Scattering Spectroscopy in Surface Chemistry: Computational and Real Experiments. // VI-th International sckool on neutron physics. Dubna, 1991,v.2 p.157. // I.Natkaniec, E.Sheka

  5. Neutron spectroscopy of water adsorbed on silica. // Physica B, 1991, v.174, p.182. // E.Sheka, I.Natkaniec, V.D.Khavryutchenko, V.Ogenko, I.Markichev, A.Muzychka.

  6. Квантово-химический расчет (МПДП/ВС) строения диэтилдитиокарбомат-аниона и его ИК-спектра и уточнение структуры NaS2CNEt2 *3H2O. // Ж.неорг. химии, 1991, т. 36, N 2, с. 501 // Савостьянова А.Ф., Хаврюченко В.Д., Горбалюк А.Д., Фундаменский В.С.

  7. Численные исследования изменений колебательного спектра раствора Н2О в D2O. // Укр. физ.ж., 1991, т. 36, N 4, с.551-554. // В.Д.Данчук, Хаврюченко В.Д., Ю.П.Цященко.

  8. Колебательная спектроскопия дисперсного кремнезема: Аэросил. // Ж. структурной химии, 1992, т. 33, N 4, с.66-75. // Е.Ф.Шека, И.Натканец, В.Д.Хаврюченко, И.В.Маркичев, А.Ю.Музычка, П.Б.Нечитайлов.

  9. Vibrational Spectra of Adsorbed Water: Aerosil. // International Conference on Oxide Surface Chemistry.Kiev, 1992,v.1,p.165 // V.D.Khavryutchenko, V.M.Ogenko, A.A.Chuiko, I.V.Markichev, E.F.Sheka, I.Natkaniec, A.Yu.Musychka.

  10. Vibrational Spectra of Water Confined by a Silica Gel. // International Conference on Oxide Surface Chemistry.Kiev, 1992,v.1,p.166 // I.V.Markichev, V.D.Khavryutchenko, E.F.Sheka, I.Natkaniec, A.Yu.Musychka, V.M.Ogenko, A.A.Chuiko

  11. Vibrational Spectra of Adsorbed Water: Aerogel. A Comparative Stady. // International Conference on Oxide Surface Chemistry.Kiev, 1992,v.1,p.167 // I.V.Markichev, E.F.Sheka, V.D.Khavryutchenko, I.Natkaniec, A.Yu.Musychka, G.Reachenauer, J.Fricke

  12. Water as a disperse Silica Component. // International Conference on Oxide Surface Chemistry. Kiev, 1992,v.1,p.168. // E.F.Sheka, V.D.Khavryutchenko.

  13. Колебательный спектр воды, адсорбированной на ультрадисперсных частицах никеля. // Поверхность . 1992, т. , N 9, с.33. // В.Д.Хаврюченко, В.А.Заец, Е.А.Никитина, Е.Ф.Шека, И.Натканец, П.Б.Нечитайлов, А.Ю.Музычка.

  14. Численное исследование вклада межмолекулярного динамического взаимодействия в формирование контуров полос О-Н колебаний жидкого метанола. // Укр. физ.ж., 1992, т. 37, N 4, с.594-597. // В.Д.Данчук, Хаврюченко В.Д., Ю.П.Цященко.

  15. Колебательная спектроскопия дисперсного кремнезема: неупругое рассеяние нейтронов. // Ж. физической химии, , 1993, т.67,N 1,с.38. // Е.Ф.Шека, В.Д.Хаврюченко, И.Натканец, П.Б.Нечитайлов, И.В.Маркичев, А.Ю.Музычка.

  16. Сравнительный анализ колебательных спектров дисперсных кремнеземов и их компонентов. // Ж. структурной химии, 1993, т.34, N 4, с.39 // Е.Ф.Шека, В.Д.Хаврюченко, И.В.Маркичев, И.Натканец.

  17. Vibrations of dispersed silicas: a comparative study. // React.Kinet. Catal.Lett., 1993,v.50,N 1-2, p.221. // E.F.Sheka, I.Natkaniec, V.D.Khavryutchenko, I.Markichev, A.Chuyko, V.Ogenko.

  18. Computer modeling of amorphous silica structures. // React.Kinet. Catal.Lett., 1993,v.50,N 1-2, p.389. // E.F.Sheka

  19. Computation chemistry as the necessary component of the inelastic scattering spectroscopy of surfaces. // 3 International conference on ‘Surface X-ray and neutron scat-tering’, Dubna, Russia,23-29.06., 1993, p. 49. // V.D.Khavryutchenko

  20. Density of vibrational states of silicon nitride. // 3 International conference on ‘Surface X-ray and neutron scattering’, Dubna, Russia,23-29.06., 1993, p. 80. // I.Markichev, V.D.Khavryutchenko, E.Sheka, N.Goncharova, I.Natkaniec, A.Muzychka, V.Chukalin.

  21. Density of states of bulk and surface vibrations of highly disperse Al. // 3 International conference on ‘Surface X-ray and neutron scattering’, Dubna, Russia,23-29.06., 1993, p. 81. // V.D.Khavryutchenko, I.Markichev, E.Sheka, I.Natkaniec, A.Muzychka, T.Preuss.

  22. Computer modelling of structure and vibrational spectra of the disperse silicas surface zone. // 1 International conference ‘Phisics of low dimensional structures’. Chernogolovka, Russia,7-10.12. 1993, p. 47. // E.Sheka, V.D.Khavryutchenko.

  23. Computer modelling of structure and vibrational spectra of the disperse silicas surface zone. // Phys. Low-Dim. Struct.1994,v.3, pp.77-88. // E.Sheka, V.D.Khavryutchenko.

  24. Density of vibrational states of thiol capped CdS particles. Inelastic neutron scattering. // Physica B. 1994, v.198,p.197-199. // I.Markichev, E.Sheka, I.Natkaniec, V.D.Khavryutchenko, A.Muzychka, Y.Wang, N.Herron.

  25. Density of vibrational states of silicon nitride. // Physica B. 1994, v.198,p.200-202. // I.Markichev, E.Sheka, N.Goncharova, I.Natkaniec, V.D.Khavryutchenko, A.Muzychka, V.Chukalin, E.Nikitina

  26. Surface vibrations of silicon nitride: inelastic neutron scattering study and computer modelling. // J.of Electron Spectroscopy and Related Phenomena, 1994, v. 67, p.133-139 // E.Sheka, E.Nikitina, I.Natkaniec, V.D.Khavryutchenko, I.Markichev, N.Goncharova, V.Chukalin.

  27. Параметры алюминия в sp- и spd-базисах в новой версии метода NDDO. // Поверхность.. 1994, т. , N 4, с.121-128. // Никитина Е.А., Голубина Т.А., Хаврюченко В.Д., Малкин А.И., Заец В.А.

  28. Modeling of heterogeneous adsorbtion: vibrational visualization of chemical interaction. // XIII European conference on Chemistry at Interfaces. Kyiv,Ukraine, 11-16.09.94, p. O71. // E.F.Sheka, V.D.Khavryutchenko

  29. Core, hydroxil and water shell of amorphous silicas. // XIII European conference on Chemistry at Interfaces. Kyiv,Ukraine, 11-16.09.94, p. LP2. // V.D.Khavryutchenko.

  30. The quantum chemical modelling of the mechanical properties of silicon dioxide in the active media. // XIII European conference on Chemistry at Interfaces. Kyiv,Ukraine, 11-16.09.94, p. LP3. // E.A.Nikitina, T.A.Golubina, V.D.Khavryutchenko, A.I.Malkin, E.M.Silin.

  31. Computer modelling in an electric field: nanometric design with scanning tunnelling microscope. // Journal of the British Inter- planetary Society, 1994, v. 47, p.325-330. // E.Sheka, P.Luskinovich, V.Nikishin, E.Nikitina, V.D.Khavryutchenko, V.Ogenko, I.Ryzhikov, I.Gorelkin

  32. Cluster calculation of the boron centre in SiC. // Semicond. Sci. Technol. 1994, No. 9, p.1849- 1852. // T.L.Petrenko, V.D.Khavryutchenko, A.A.Bugai, V.G.Baryakhtar, V.V.Teslenko.

  33. Строение этилксантогенат-аниона (МПДП/ВС) и спектральные характеристики ксантогенатных комплексов лантаноидов. // Координац. Соединения. 1994, т. 39, No. 11, с.1821-1825. // Савостьянова А.Ф., Хаврюченко В.Д.

  34. Inelastic neutron scattering study of disperse silicas surface zone vibrations. // Nukleonika, 1994, v. 39, No 3, p. 155. // E.Sheka, I.Natkaniec, V.D.Khavryutchenko, I.Markichev, V.Ogenko.

  35. Вычислительная химия поверхности нитрида кремния. 1. Вода, аммиак и водно-аммиачный комплекс. // Ж. структурн. химии, 1995, т.36, N 1,с.58 // Н.В.Гончарова, В.Д.Хаврюченко, Е.А.Никитина, Е.Ф.Шека.

  36. Nanomaterials: Reality and Numerical Modelling. // Phys. Low-Dim. Struct. 1995, No 1, p.1-24 // E.F.Sheka, V.D.Khavryutchenko, E.A.Nikitina.

  37. Computer Modelling of Assembly of Atoms under the STM Tip. // Phys. Low-Dim. Struct. 1995, No 2/3, p.59-78 // E.F.Sheka, V.D.Khavryutchenko, V.A.Zayetz.

  38. Dynamical Images of Nanoobjects. // Phys. Low-Dim. Struct. 1995, No 4/5, p.99-120 // E.F.Sheka, V.D.Khavryutchenko.

  39. Технологический полиморфизм дисперных аморфных кремнеземов: неупругое рассеяние нейтронов и компьютерное моделирование. // Успехи химии, 1995, т. 64, Ni 5, с. 419. // Е.Ф.Шека, В.Д.Хаврюченко, И.В.Маркичев.

  40. Mechanics of Nanoobjects. Computational Mechanochemistry. // Phys. Low-Dim. Struct. 1995, No 6, p.65-84 // E.Nikitina, V.D.Khavryutchenko, A.Malkin, E.Sheka

  41. Nanomaterials: Reality and Computational Modelling. // NanoStructured Materials, 1995, v. 6, p.803-806 // E.F.Sheka, V.D.Khavryutchenko.

  42. STM engineering on Si(111) 7*7 surface. Computational modeling. // Second International Conference on Physics of Low-Dimensional Structures, 18-22 September 1995, Dubna, Russia, p. O63 // V.D.Khavryutchenko, E.A.Nikitina, E.F.Sheka, M.Aono, D.H.Huang

  43. Atomic engineering on Si(111)7*7 surface. Computational modelling. // 13th International Vacuum Congress, 9th International Conference on Solid Surface. 25-29 September 1995, Yokohama, Japan, p. SS-WeP57. // E.F.Sheka, M.Aono, D.H.Huang, V.D.Khavryutchenko.

  44. Structure and electronic properties of the Si(111)7*7 surface unit cell: A quantum chemical supercluster approach. // 9th International Conference on Solid Surface. 2-4 October 1995, Kanazawa, Japan, // E.F.Sheka, M.Aono, D.H.Huang, V.D.Khavryutchenko.

  45. Formation of nanostructures on an ?-C:H film in the presence of an adsorbate. // Ienuia a ?YOO 1995, o. 62, ? 11, n. 868-872. Pis’ma Zh. Exp. Teor. Fiz. 1995, v. 62, No 11, p. 868-872 // I.I.Eoneeiiae?, A.A.O?ieia, A.A.Oaaueei, A.O.Oaea, A.A.Ieeeoeia. P.N.Luskinovich, V.D.Frolov, A.E.Shavykin, V.D.Khavryuchenko, E.F.Sheka, E.A.Nikitina

  46. Computational Investigation of the Influence of the Enviroment on Mechanical Properties of Solids. // Int. J. Quant. Chem.: Quantum Chemistry Symp. 29, 1995, p.161. // E.A.Nikitina, T.A.Golubina, A.I.Malkin, V.S.Yushchenko, E.F.Sheka

  47. STM Engineering on Si(111)7*7 Surface: Computational Modeling. // Phys. Low-Dim. Struct. 1995, No 12, p.349-360. // E.Sheka, M.Aono, D.H.Huang

  48. Computer Modeling of Assembly of Atoms in an Electric Field. // Int. J. Quant. Chem. 1996, v.57, No 4, p. 741-755. // E.F.Sheka, V.D.Khavryutchenko V.A.Zayetz

  49. Polymethylsiloxane xerogel structure and vibrational spectra modelling. // 15th General Conference of the Condensed Matter Division. April 22-25, 1996, Baveno, Italy, p 313. // A.V.Khavryutchenko, V.I.Gerda, Yu.Shevchenko

  50. Computational modelling of STM engineering on Si(111) 7*7 surface. // 15th General Conference of the Condensed Matter Division. April 22-25, 1996, Baveno, Italy, p 321. // E.F.Sheka, M.Aono, D.Huang, A.V.Khavryutchenko

  51. A quantum chemistry supercluster approach to solid surface study. // 15th General Conference of the Condensed Matter Division. April 22-25, 1996, Baveno, Italy, p 324. // E.F.Sheka

  52. STM-stimulated formation of nano-sized elements on alpha-C:H film in the presence of adsorbate. Quantum chemical modeling. // 15th General Con-ference of the Condensed Matter Division. April 22-25, 1996, Baveno, Italy, p 348. // E.Nikitina,. E.Sheka,. M.Snegereva.

  53. Cluster calculation of the boron impurities in cubic SiC, sustituting for Si and C sites. // Semicond. Sci. Technol. 1996, No. 11, p.1276- 1284.

  54. Quantum-chemical modelling in electric field. // Int. Symposium Computer Assistanse to Chemical Research. Moscow, Dec. 17-19, 1996, p. 75

  55. STM-stimulated formation of nano-sized elements into the tunneling gap on alpha-C:H film. Quantum-chemical modelling. // Int. Symposium Computer Assis-tanse to Chemical Research. Moscow, Dec. 17-19, 1996, p. 77

  56. A quantum-chemical supercluster approach to solid surface study. // Int. Symposium Computer Assistanse to Chemical Research. Moscow, Dec. 17-19, 1996, p. 78

  57. Quantum-chemical modelling of the adsorption of polydimethylsiloxane on hydrophilic and silylated fumed silica surface. // Int. Symposium Computer Assis-tanse to Chemical Research. Moscow, Dec. 17-19, 1996, p. 79

  58. Mechanics of nanoobjects. Computational mechanochemistry. // Int. Symposium Computer Assistanse to Chemical Research. Moscow, Dec. 17-19, 1996, p. 79-80

  59. Supercluster approach. Models of real surface and particles: design and verification. // Int. Symposium Computer Assis-tanse to Chemical Research. Moscow, Dec. 17-19, 1996, p. 105

  60. STM Individual Atom Manipulation on Si(111)7*7 Surface: Computational Modeling. // Phys. Low-Dim. Struct. 1996, No 9/10, p.15-43.

  61. Supercluster Quantum-Chemical Approach to the Si(111)7*7 Surface. 1. Reconstruction Motives and Structure. // Phys. Low-Dim. Struct. 1996, No 11/12, p.1-24.

  62. Quantum Technology on alpha-C:H Film. Modeling Aspect. // Phys. Low-Dim. Struct. 1996, No 11/12, p.65-80.

  63. Технологический полиморфизм дисперсных аморфных кремнеземов: неупругое рассеяние нейтронов на колеблющихся атомах и компьютерное моделирование. // Физика элементарных частиц и атомного ядра. 1996, т. 27, вып. 2, с.493-560

  64. Quantum Technology on Alpha-C:H Film. Modeling Aspect. // J. of Chemical Vapor Deposition., 1997, v 5, No 4, p. 298-309.

  65. Formation of highly dispersed silica nanoparticles. Supercluster approach: quantum-chemical modelling and vibrational spectra verification. // 9th Int. Conference on Surface and Colloid Science. Sofia, July 6-12, 1997, p. 390-391

  66. Dehydroxilation and re-hydroxylation of nanosize silica particles. Quantum chemical modelling and vibrational spectra verification. // 9th Int. Conference on Surface and Colloid Science. Sofia, July 6-12, 1997, p. 55

  67. Interfaces in the system polydimethylsiloxane and fumed silica. Quantum-chemical modelling. // 9th Int. Conference on Surface and Colloid Science. Sofia, July 6-12, 1997, p. 312

  68. Enviroment influence on mechanical properties of solids: quantum-chemical approach. // 9th Int. Conference on Surface and Colloid Science. Sofia, July 6-12, 1997, p. 421

  69. Adsorption modeling of polydimethylsiloxane on silica: semiempirical quantum-chemical calculations // Surface Review and Letters, 1997, v. 4, No 5, p. 879-883

  70. Supercluster Quantum-Chemical Approach to the Si(111)7*7 Surface. 2. Charge and Spin Distribution. // Phys. Low-Dim. Struct. 1998, No 3/4, p.81-106.

  71. Quantum Technology Applied to Alpha-C:H Film Modeling Aspects. // In book: ‘Diamond and Diamond-Like Film Applications’, Technomic, 1998, p. 266-277

  72. Polydimethylsiloxane-fumed silica interface. Quantum-chemical Approach to intermolecular interaction. // Int. Conf.-on Silica Science and Technology. Extended abstracts Mulhouse, France, Sept. 1-4, 1998, p. 467-470

  73. Fumed silica structure and particle aggregation – computational modelling and verification by vibrational spectroscopy. // Int. Conf.-on Silica Science and Technology. Extended abstracts Mulhouse, France, Sept. 1-4, 1998, p. 845-848

  74. Vibrational spectra of the silicone-fumed silica interface. Experimental study and computer modelling. // Int. Conf.-on Silica Science and Technology. Extended abstracts Mulhouse, France, Sept. 1-4, 1998, p. 849-852

  75. Fumed Silica: From molecule to particle. Quantum chemical modelling and vibration spectra verification. // Int. Conf.-on Silica Science and Technology. Extended abstracts Mulhouse, France, Sept. 1-4, 1998, p. 853-856

  76. Neutron-scattering study of phase transition in norbornylene and dl-norcamphor. // Physica B. 1998, v.241-243,p.478-480.

  77. Fumed silica particles / polydimethylsiloxane oligomer interface. 1. Quantum-Chemical modelling of particle surface. Cubic packing. // Phys. Low-Dim. Struct. 1998, No 5/4, p. 1-30.

  78. Low Frequency Internal Vibrations of Norbornane and Its Derivatives Studies by IINS and Quantum Chemical Calculations. // In book:’Neutrons and numerical methods”, 1998, AIP, Woodbury, NY, p. 187-190

  79. Neutron Spectrometry and Numerical Simulations of Low-Frequency Internal Vibrations in Solid Xylenes. // In book:’Neutrons and numerical methods”, 1998, AIP, Woodbury, NY, p. 191-194

  80. From molecules to particles: Quantum-chemical view applied to fumed silica. // J. of Nanoparticle Research, 1999, v. 1, p. 71-81.

  81. Intermolecular interactions of polydimethylsiloxane oligomers with hydroxylated and silylated fumed silica. Quantum-chemical modelling. // Composite Interfaces, 1999, v. 6, No 1, p. 3-17

  82. Fumed silica particles polydimethylsiloxane oligomer interface. 2. Quantum-Chemical modelling of particle surface. Tetragonal packing. // Phys. Low-Dim. Struct. 1999, No 9/10, p. 1-24.

  83. Deformation of Poly(dimethylsiloxane) Oligomers under Uniaxial Tension: Quantum Chemical View // J. Phys. Chem. A. // 1999 // v.103, No 51 // p.11355-11365.

  84. INS study of intermolecular interaction at the silicone-fumed silica interface. // Physica B, 2000, v. 276-278, p. 244-246

  85. Amorphisity of gas-phase produced silica: a quantum chemistry view on nature of gas-phase syntesized silica. // Eurofillers’01 int. Conf. Extended abstracts, Lods, Poland, 9-12 July, 2001, p. 86-88

  86. Mechanochemistry of silica and some silica filled polysiloxanes: a quantum chemistry view. // Eurofillers’01 int. Conf. Extended abstracts, Lods, Poland, 9-12 July, 2001, p. 202-203

  87. Small molecule role on the first stages of silica production flame process. // Eurofillers’01 int. Conf. Extended abstracts, Lods, Poland, 9-12 July, 2001, p. 204-206

  88. Mechanochemistry of some pure and filled by carbon black organic polymers: a quantum chemistry view. // Eurofillers’01 int. Conf. Extended abstracts, Lods, Poland, 9-12 July, 2001, p. 208-209

  89. Gas phase silica synthesis: a quantum chemistry view on fumed silica, CVD silica and silica fume production and structure. // Int. Conf.-on Silica Science and Technology. Extended abstracts Mulhouse, France, Sept. 3-6, 2001, p. 14

  90. Small molecule role on the first stages of silica production flame process. // Int. Conf.-on Silica Science and Technology. Extended abstracts Mulhouse, France, Sept. 3-6, 2001, p. 128

  91. Amorphisity of gas-phase produced silica: a quantum chemistry view on nature of gas-phase syntesized silica. // Int. Conf.-on Silica Science and Technology. Extended abstracts Mulhouse, France, Sept. 3-6, 2001, p. 129

  92. Polyhydridosiloxane – quantum chemistry view on structure, properties and technological utilisation. // Int. Conf.-on Silica Science and Technology. Extended abstracts Mulhouse, France, Sept. 3-6, 2001, p. 176

  93. Mechanochemistry of silica and some silica filled polysiloxane: a quantum chemistry view. // Int. Conf. on Silica Science and Technology. Extended abstracts Mulhouse, France, Sept. 3-6, 2001, p. 216

  94. Fumed silica synthesis: influence of small molecules on the particle formation process. // Macromol. Symp. 2001, v.169, p. 1-5

  95. Fumed silica synthesis: from molecules, protoparticles and primary particles to aggregates and agglomerates. // Macromol. Symp. 2001, v.169, p. 7-18

  96. Structure simulation of silica glasses: approach to CVD. // Modelling Simul. Mater. Sci. Eng. 2001, v.9, p.465-483.

  97. Progesteron and testosterone studies by neutron-scattering methods and quantum chemistry calculations. // Appl. Phys. A. 2002, v.74, p.S1274-S1276.

  98. Neutron spectroscopy of norbornane. // Phase Transitions, 2003, v.76, No.3, p.275-279.

  99. Fumed Silica Synthesis: influence of Hydrogen Chloride on the Fumed Silica Particle Formation Process. // Macromol. Symp. 2003, v.194, p. 253-268

  100. Amorphous and active carbon: the quantum chemistry view on the structure. // C.Julien et al.(eds.), New Trends in Intercalation Compounds for Energy Storage, Kluwer Academic Publ., 2002, p.501-505

  101. Stochastic global optimization for the space structure: quantum chemical simulation of the relaxation and thermal simulating processes. // 10th International Seminar on Neutron Scattering Investigation in Condensed Matter, Poznan, Poland, May 8-10, 2003

  102. Simulation of active carbon formation and their space and electron structure. // 12th International Symposium on Intercalation Compounds. June 1-5, 2003, Poznan, Poland, p. 56

  103. APPLICATION OF VIBRATIONAL SPECTROSCOPY AND COMPUTER MODELLING OF BIOMEDICAL MATERIALS BASED ON CALCIUM PHOSPHATES. Quantum-chemical calculation of the structure and vibration spectra for some calcium compounds. // International Scientific and Practical Conference “Spectroscopy in Special Applications”, 18-21 June, 2003, Kyiv, Ukraine, p.101

  104. Stochastic quantum chemical simulation of the carbonization process – new methodology for carbon nanoparticles structure and reactivity investigation. // An International Conference on Carbon “Carbon’03”,6-10 July 2003, Oviedo, Spain, p. 80.

  105. Quantum chemical simulation of the carbonization process. Space and electronic structure of the active amorphous carbon nanoparticles. // An International Conference on Carbon “Carbon’03”,6-10 July 2003, Oviedo, Spain, p. 129.

  106. Взаємодія гідроксильованої поверхні кремнезему та молекул води з фулереном С60: модельні дослідженняю // Доповіді Національної Академії Наук України,2003, № 11, с. 153-156.

  107. Сорбция летучих гидридов на активных углях. // IXВсеросийский симпозиум «Современные проблемы организации пористых структур и адсорбционного разделения веществ», Москва- Клязьма, 19-23 апреля 2004 г, с. 52

  108. Neutron spectroscopy of norbornane. // Phase Transitions, 2003, v. 76, No 3, pp. 275-279.

  109. Stochastic global optimization for the space structure: quantum chemical simulation of the relaxation and thermal simulating processes. // 5th European Conference on Computational Chemistry. Extended abstracts. La Londe-les-Maures, France, June 15-20, 2004, p. 63.

  110. Simulation of mechanochemical reactions on atomic level: dimerization of C60.// // 5th European Conference on Computational Chemistry. Extended abstracts. La Londe-les-Maures, France, June 15-20, 2004, p. 67.

  111. Quantum chemical approach to estimation of interaction between silica and different organic compounds. // Annals of the Polish Chemical Society, Vol. 3 (2004) p. 1090-1093.

  112. Computation Vibration Spectroscopy as a Tool for Investigation of Complicated Systems. // Eurasian ChemTech Journal 2004, v.6, # 3, p.157-170

  113. Quantum Chemistry Simulation of 60-Fullerene: Interaction under External Pressure. // Zeitschrift fur Naturforschung A, Vol. 60a, No 1/2 (2005), pp. 41–47.

  114. Quantum chemical approach to estimation of interaction between silica and different organic compounds. // Elastomery, 2005, v. 8, No 1, p. 20-24

  115. Influence of substances of liquid crystal structure on activity of silica in ethylen-propylene rubber.. // Elastomery, 2005, v. 9, No 5, p. 3-13

  116. Квантовохимическое и экспериментальное изучение структуры и свойств активного углерода. // Международная конф. «Современное материаловедение: достижения и проблемы», Киев, 26-30 сентября 2005 с. 812

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