Sheka E.F.

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NEUTRON SCATTERING STUDY OF REDUCED GRAPHENE OXIDE OF NATURAL ORIGIN

Article

Sheka E.F., Natkaniec I., Rozhkova N.N., Holderna-Natkaniec K.

JETP Letters. Том 99. 2014. С. 650-655

SPECTRAL PROPERTIES OF SHUNGITE QUANTUM DOTS

Article

Razbirin B.S., Rozhkova N.N., Sheka E.F., Nelson D.K., Starukhin A.N., Goryunov A.S.

NANOSYSTEMS-PHYSICS CHEMISTRY MATHEMATICS. Том 5. 2014. С. 217-233

NANOSCALE REDUCED-GRAPHENE-OXIDE ORIGIN OF SHUNGITE IN LIGHT OF NEUTRON SCATTERING

Article

Sheka E.F., Rozhkova N.N., Holderna-Natkaniec K., I Natkaniec

NANOSYSTEMS-PHYSICS CHEMISTRY MATHEMATICS. Том 5. 2014. С. 659-676

SHUNGITE AS THE NATURAL PANTRY OF NANOSCALE REDUCED GRAPHENE OXIDE

Article

Sheka E.F., Rozhkova N.N.

International Journal of Smart and Nano Materials. Том 5. 2014. С. 1-16

MOLECULAR THEORY OF GRAPHENE

Article

Sheka E.F.

ADVANCES IN QUANTUM METHODS AND APPLICATIONS IN CHEMISTRY, PHYSICS, AND BIOLOGY. Том 27. 2013. С. 249-284

GRAPHENE, SILICENE, AND FORGOTTEN LESSONS OF THE SURFACE PHYSICS

Article

Sheka E.F.

CriMiCo 2013 - 2013 23rd International Crimean Conference Microwave and Telecommunication Technology, Conference Proceedings. 2013. С. 792-793

GRAPHENE IN LIGHT OF MOLECULAR THEORY

Article

Sheka E.F.

Radioelektronika, Nanosistemy, Informacionnye Tehnologii. Том 5. 2013. С. 126-142

TOPOCHEMISTRY OF SPATIALLY EXTENDED SP 2 NANOCARBONS: FULLERENES, NANOTUBES, AND GRAPHENE

Article

Sheka E.F.

Radioelektronika, Nanosistemy, Informacionnye Tehnologii. Том 5. 2013. С. 15-44

GRAPHENE: UNIQUE MATERIAL OR VAIN EXPECTATIONS?

Article

Sheka E.F.

CriMiCo 2013 - 2013 23rd International Crimean Conference Microwave and Telecommunication Technology, Conference Proceedings. 2013. С. 2-3

MOLECULAR THEORY OF GRAPHENE OXIDE

Article

Sheka E.F., Popova N.A.

Physical Chemistry Chemical Physics. Том 15. 2013. С. 13304-13322

TOPOLOGICAL MECHANOCHEMISTRY OF GRAPHENE

Article

Sheka E.F., Popova V.A., Popova N.A.

ADVANCES IN QUANTUM METHODS AND APPLICATIONS IN CHEMISTRY, PHYSICS, AND BIOLOGY. Том 27. 2013. С. 285-301

WHY SP2-LIKE NANOSILICONS SHOULD NOT FORM: INSIGHT FROM QUANTUM CHEMISTRY

Article

Sheka E.F.

International Journal of Quantum Chemistry. Том 113. 2013. С. 612-618

COMPUTATIONAL SYNTHESIS OF C60 CYANO- AND AZOPOLYDERIVATIVES

Article

Sheka E.F.

Journal of Molecular Modeling. Том 18. 2012. С. 1409-1420

ВЛИЯНИЕ ХИМИЧЕСКОЙ МОДИФИКАЦИИ КРАЕВЫХ АТОМОВ ГРАФЕНА НАМЕХАНОХИМИЧЕСКУЮ РЕАКЦИЮ ЕГО РАЗРУШЕНИЯ

Article

Шека Е.Ф., Попова В.А., Попова Н.А.

Фазовые превращения и прочность кристаллов. 2012. 152 с.

COMPUTATIONAL STRATEGY FOR GRAPHENE: INSIGHT FROM ODD ELECTRONS CORRELATION

Article

Sheka E.F.

International Journal of Quantum Chemistry. Том 112. 2012. С. 3076-3090

REACTION BARRIERS AND DEFORMATION ENERGIES OF C 60-BASED COMPOSITES. II. C60-CARBON NANOBUDS

Article

SHEKA E.F., SHAYMARDANOVA L.Kh.

Наноструктуры. Математическая физика и моделирование. Том 6. 2012. С. 89-98

REACTION BARRIERS AND DEFORMATION ENERGIES OF C 60-BASED COMPOSITES. I. C 60 DIMERS AND OLIGOMERS

Article

SHEKA E.F., SHAYMARDANOVA L.Kh.

Наноструктуры. Математическая физика и моделирование. Том 6. 2012. С. 79-88

ODD-ELECTRON MOLECULAR THEORY OF GRAPHENE HYDROGENATION

Article

Sheka E.F., Popova N.A.

Journal of Molecular Modeling. Том 18. 2012. С. 3751-3768

REACTION BARRIERS AND DEFORMATION ENERGIES OF C 60-BASED COMPOSITES. III. C60-GRAPHENE NANOBUDS

Article

SHEKA E.F., SHAYMARDANOVA L.Kh.

Наноструктуры. Математическая физика и моделирование. Том 6. 2012. С. 99-110

COMPUTATIONAL SYNTHESIS OF HYDROGENATED FULLERENES FROM C60 TO C60H60

Article

Sheka E.F.

Journal of Molecular Modeling. Том 17. 2011. С. 1973-1984

A TRICOTAGE-LIKE FAILURE OF NANOGRAPHENE

Article

Sheka E.F., Popova N.A., Popova V.A., Nikitina E.A., Shaymardanova L.H.

Journal of Molecular Modeling. Том 17. 2011. С. 1121-1131

C60-BASED COMPOSITES IN VIEW OF TOPOCHEMICAL REACTIONS

Article

Sheka E.F., Shaymardanova L.K.

Journal of Materials Chemistry. Том 21. 2011. С. 17128-17146

ЭЛЕКТРОННО-КОЛЕБАТЕЛЬНЫЙ РЕЗОНАНС В СПЕКТРАХ ЗАМОРОЖЕННЫХ РАСТВОРОВ ПРОИЗВОДНЫХ ФУЛЛЕРЕНА C60

Article

Разбирин Б.С., Шека Е.Ф., Старухин А.Н., Нельсон Д.К., Дегунов М.Ю., Шуков И.В.

FIZIKA TVERDOGO TELA. Том 53. 2011. С. 1239-1245

HOW GRAPHENE IS TRANSFORMED INTO REGULAR GRAPHANE STRUCTURE

Article

SHEKA E.F., POPOVA N.A.

Наноструктуры. Математическая физика и моделирование. Том 5. 2011. С. 69-88

VIBRONIC RESONANCE IN SPECTRA OF FROZEN SOLUTIONS OF THE C60 FULLERENE DERIVATIVES

Article

Razbirin B.S., Sheka E.F., Starukhin A.N., Nel'son D.K., Degunov M.Y., Shukov I.V.

Physics of the Solid State. Том 53. 2011. С. 1307-1313

Страница 3 из 8. Записи с 51 по 75 из 192

Другие авторы

Akhmetshin E.M.

Записей: 4

Fain V.Ya.

Записей: 52

Список записей

NEUTRON SCATTERING STUDY OF REDUCED GRAPHENE OXIDE OF NATURAL ORIGIN

SPECTRAL PROPERTIES OF SHUNGITE QUANTUM DOTS

NANOSCALE REDUCED-GRAPHENE-OXIDE ORIGIN OF SHUNGITE IN LIGHT OF NEUTRON SCATTERING

SHUNGITE AS THE NATURAL PANTRY OF NANOSCALE REDUCED GRAPHENE OXIDE

MOLECULAR THEORY OF GRAPHENE

GRAPHENE, SILICENE, AND FORGOTTEN LESSONS OF THE SURFACE PHYSICS

GRAPHENE IN LIGHT OF MOLECULAR THEORY

TOPOCHEMISTRY OF SPATIALLY EXTENDED <I>SP <SUP>2</SUP></I> NANOCARBONS: FULLERENES, NANOTUBES, AND GRAPHENE

GRAPHENE: UNIQUE MATERIAL OR VAIN EXPECTATIONS?

MOLECULAR THEORY OF GRAPHENE OXIDE

TOPOLOGICAL MECHANOCHEMISTRY OF GRAPHENE

WHY SP<SUP>2</SUP>-LIKE NANOSILICONS SHOULD NOT FORM: INSIGHT FROM QUANTUM CHEMISTRY

COMPUTATIONAL SYNTHESIS OF C<SUB>60</SUB> CYANO- AND AZOPOLYDERIVATIVES

ВЛИЯНИЕ ХИМИЧЕСКОЙ МОДИФИКАЦИИ КРАЕВЫХ АТОМОВ ГРАФЕНА НАМЕХАНОХИМИЧЕСКУЮ РЕАКЦИЮ ЕГО РАЗРУШЕНИЯ

COMPUTATIONAL STRATEGY FOR GRAPHENE: INSIGHT FROM ODD ELECTRONS CORRELATION

REACTION BARRIERS AND DEFORMATION ENERGIES OF C <SUB>60</SUB>-BASED COMPOSITES. II. C60-CARBON NANOBUDS

REACTION BARRIERS AND DEFORMATION ENERGIES OF C <SUB>60</SUB>-BASED COMPOSITES. I. C <SUB>60</SUB> DIMERS AND OLIGOMERS

ODD-ELECTRON MOLECULAR THEORY OF GRAPHENE HYDROGENATION

REACTION BARRIERS AND DEFORMATION ENERGIES OF C <SUB>60</SUB>-BASED COMPOSITES. III. C60-GRAPHENE NANOBUDS

COMPUTATIONAL SYNTHESIS OF HYDROGENATED FULLERENES FROM C<SUB>60</SUB> TO C<SUB>60</SUB>H<SUB>60</SUB>

A TRICOTAGE-LIKE FAILURE OF NANOGRAPHENE

C<SUB>60</SUB>-BASED COMPOSITES IN VIEW OF TOPOCHEMICAL REACTIONS

ЭЛЕКТРОННО-КОЛЕБАТЕЛЬНЫЙ РЕЗОНАНС В СПЕКТРАХ ЗАМОРОЖЕННЫХ РАСТВОРОВ ПРОИЗВОДНЫХ ФУЛЛЕРЕНА C<SUB>60</SUB>

HOW GRAPHENE IS TRANSFORMED INTO REGULAR GRAPHANE STRUCTURE

VIBRONIC RESONANCE IN SPECTRA OF FROZEN SOLUTIONS OF THE C60 FULLERENE DERIVATIVES

Другие авторы

Akhmetshin E.M.

Fain V.Ya.