Hydrogen Materials Science and Chemistry of Carbon Nanomaterials

<P>Preface</P>
<P>International Advisory and Organizing Committee</P>
<P>Program Committee</P>
<P>Words of Welcome</P>
<P>Contents</P>
<P>Phase Transformations in Carbon Materials</P>
<P>ZA. Matysina, D. V. Schur, S. Yu. Zaginaichenko, V.B. Molodkin, A.P. Shpak</P>
<P>1</P>
<P>Hydrogen Solubility in FCC Fullerite D. V. Schur, ZA. Matysina, S. Yu. Zaginaichenko</P>
<P>25</P>
<P>Controlling Role of Electron Concentration in Plasma - Chemical Synthesis G.N. Churilov</P>
<P>‘</P>
<P>Oxygen Source for Isolated Fuel Ceils R. Lou V. Shapovalov, E. Ve/csler</P>
<P>Microscopic Characteristics of H Diffusion and Diffuse Scattering of Radiations in H.C.P.-Ln-H (From the Data on Electrical-Resistivity Relaxation)</P>
<P>V.A. Tatarenko, T.M Radchenko, V.B. Molodkin</P>
<P>59</P>
<P>Investigation of Content of Endometallofulerenes Extracts LE. Kareev, Y.M. Shulga, V.P. Bubnov, VI. Kozlovski, A.F. Dodonov, M. V. Marlynenko, K.B. Zhogova, EB. Yagubskii</P>
<P>67</P>
<P>An Overview of Hydrogen Storage Methods V.A. Yartys, M V. Lototsky</P>
<P>Alumo- and Borohydrides ofMetals: History, Properties, Technology, App!ication B.M Bulychev</P>
<P>105</P>
<P>Structural - Phase Transformations in Titanium - Fullerene Films at Implantation ofBoron lons</P>
<P>L. V. Baran, E.M. Shpilevsky, G. P. Okatova</P>
<P>115</P>
<P>Field Emission Investigation of Carbon Nanotubes Doped by Different Metals</P>
<P>K.N. Nikoiski, A.S Baturin, VS. Bormashov, AS. Ershov, L.D. Kvacheva,</P>
<P>D.A. Kurnosov, V.E. Muradyan, A.A. Rogozinskiy, D. V. Schur,</P>
<P>E.P. Sheshin, A. P. Simanovskiy, Yu. M. Shulga, R. G. Tchesov,</P>
<P>S Yu. Zaginaichenko</P>
<P>123</P>
<P>Development of Methods of Deposition of Discontinuous Nickel Coatings on</P>
<P>Powders ofAB5 Type Alloys</P>
<P>1. Slys, L. Shcherbakova, A. Rogozinskaya, D. Schur, A. Rogozinskii</P>
<P>131</P>
<P>vi</P>
<P>XRD Patterns of Cathode Deposits Formed in Electric are Sputtering Zr-Me Graphite Electrodes</P>
<P>Yu.M Shulga, D. V. Schur, S.A. Baskakov, A.P.Simanovskiy, A.A. Rogozinskaya, A.A. Rogozinskiy, A.P. Mukhachev</P>
<P>137</P>
<P>Metal Hydride Accumulators of Hydrogen on the Basis ofAlloys of Magnesium and Rare-Earth Metals with Nickel</P>
<P>B.P. Tarasov, S.N. Klyamkin, V.N. Fokin, D.N. Borisov, D. V. Schur, V.A. Yariys</P>
<P>143</P>
<P>Synthesis ofNanotubes in the Liquid Phase</P>
<P>D. V. Schur, A. G. Dubovoy, E.A. Lysenko, T.N. Golovchenko, S. Yu. Zaginaichenko, AF. Savenko, V.M Adeev, S.N. Kaverina</P>
<P>147</P>
<P>Mossbauer Study of Carbon Nanostructures Obtained on Fe-Ni Catalyst T Yu. Kiseleva, A.A. Novakova, B.P. Tarasov, V.E. Muradyan</P>
<P>153</P>
<P>Determination of an Optimum Performance of PEM Fuel Celi Based on its</P>
<P>Limiting Current Density</P>
<P>Ayoub Kazim</P>
<P>159</P>
<P>Photoinduced Modifications ofthe Structure and Microhardness of Fullerite C 1. Manika, J Maniks, 1. Kalnacs</P>
<P>167</P>
<P>Investigation on the Carbon Special Form Graphitic Nanofibres as a Hydrogen</P>
<P>Storage Materials</P>
<P>Bipin Kumar Gupta, O.N. Srivastava</P>
<P>177</P>
<P>Heterometallic Fullerides ofTransition Metals with the Composition K V.A. Kulbachinskli, B.M Bulychev, R.A. Lunin, A. V. Krechetov, V.G. Kytin, K. V. Poholok, K. Lips, J. Rappich</P>
<P>185</P>
<P>Characterization ofNanoparticles Processed by arc-Discharge between Carbon</P>
<P>Electrodes Containing Ni Catalyst</P>
<P>M Leonowicz, Yu.M. Shulga, V.E. Muradyan, M Wozniak, WeiXie</P>
<P>193</P>
<P>Protection of Securities by the Application of Fullerenes</P>
<P>D. V. Schur, N.S. Astratov, A.P. Pomytkin, AD. Zolotarenko, TI. Shaposhnikova</P>
<P>203</P>
<P>Spectrophotometric Analysis of C and C Fullerenes in Toluene Solutions NS. Anikina, S. Yu. Zaginaichenko, MI. Maistrenko, AD. Zolotarenko, GA. Sivak, D. 17. Schur, L. 0. Teslenko</P>
<P>207</P>
<P>Effect ofthe Nature ofthe Reactor Wall Material on Morphology and Structure</P>
<P>of Products Resulted from are Graphite Sputtering</P>
<P>AD. Zolotarenko, AF. Savenko, A.N. Antropov, Iv!.!. Maystrenko,</P>
<P>R.N. Nikulenko, A. Yu. Vlasenko, V.K Pishuk, V. V. Skorokhod,</P>
<P>D. V. Schur, A.N. Stepanchuk, P.A. Boyko</P>
<P>2 i 7</P>
<P>Study of Thermodynamic Parameters of Hydrogen Gas by Grapho-Analytic</P>
<P>Method</P>
<P>B. Ibrahimoglu, T.N. Veziroglu, A. Huseynov, D. V. Schur</P>
<P>225</P>
<P>vii</P>
<P>Simulation ofOperation Heat or Cold-Making Unit with Hydride Heat Pump Yu. 1. Shanin</P>
<P>233</P>
<P>Quantum-Chemical Investigations of Single Wall Carbon Nanotube</P>
<P>Hydrogenation Processes</P>
<P>N.G. Lebedev, 1. V. Zaporotskova, LA. Chernozatonskii</P>
<P>243</P>
<P>Quantum Chemical Investigations ofthe Growth Models ofSingle Wall Carbon</P>
<P>Nanotubes on Polyhen Rings, Fullerenes and Diamond Surface</P>
<P>N. G. Lebedev, 1. V. Zaporotskova, LA. Chernozatonskii</P>
<P>259</P>
<P>Covalent-Binding Carbon Nanotube: Simulation of Formation Mechanisms and</P>
<P>Energy Characteristics</P>
<P>E.E. Mikheeva, LA. Chernozatonskii, T Yu. Astahova</P>
<P>279</P>
<P>To the Theory of Formation in Cast Iron of Spherical Graphite A.A. Baranov, D.A. Baranov</P>
<P>283</P>
<P>Modelling ofDehydration and Dehydrogenation in Pure and Ba-, Ca-, Sr- or</P>
<P>Y-Modified Zirconia Nanolayer</P>
<P>N. V. Tokiy, T Ye. Konstantinova, D.L. Savina, V. V. Tokly</P>
<P>291</P>
<P>Metailcontaining Nanoparticles in Carbochain Polymeric Matrixes s.P. Gubin, V.M J3uznik, G. Yu. Yurkov, M.S. Korobov, A. V. Kozinkin, A. K. Tsvetnikov, 1. P. Dotsenko</P>
<P>299</P>
<P>X-ray Structural Study ofDeposit Formed on Electric arc Sputtering of Me</P>
<P>Composites</P>
<P>A.A. Rogozinskaya, D. V. Schur, 1.1. Timofeeva, LA. Klochkov, AP. Simanovski),</P>
<P>A.A. Rogozinski)</P>
<P>307</P>
<P>Effect of Hydrogen on Delayed Fracture of HCP c -Steels Based on Fe-Mn Solid</P>
<P>Solution</P>
<P>B.M Efros, V. V. Berezovskaya, S. V. Gladkovskii, L. V. Loladze</P>
<P>313</P>
<P>System Combined Automobile Feed on Carbon Nanostructures with Hydrogen</P>
<P>Adsorbate Application</P>
<P>Al. Zakharov, V.J. Kostikov, AS. Kotosonov, TA. Ivankova, O.A. Milovanova</P>
<P>319</P>
<P>T-Nanoconstructions on the (000 1) - Surface of Graphite Based on Carbon</P>
<P>(6,6) - Nanotubes</P>
<P>A.P. Popov, I.V. Bazhin</P>
<P>325</P>
<P>Three - Dimensional Polymerized Cubic Phase ofFullerenes C AP. Popov, 1. V. Bazhin</P>
<P>329</P>
<P>Nanostructure and Electronic Spectra of Cu-C Films</P>
<P>0. P. Dmytrenko, M P. Kulish, L. V. Poperenko, Yu. 1. Prylutskyy, E. Al. Shpilevskyy,</P>
<P>1. V Yurgelevich, M. Hietschold, F.S. Schulze, J. Ulansk P. Scharff</P>
<P>viii</P>
<P>Hydrogenated Amorphous Silicon Carbide Films as Perspective Tribological Coatings and Semiconductor Layers</P>
<P>v.I. Ivashchenko, O.K. Porada, L.A. Ivashchenko, G. V. Rusakov, S.M. Dub, V.M. Popov</P>
<P>Vibrational Spectra and Molecular Structure ofthe Hydrofullerenes C</P>
<P>C and C as Studied by IR and Raman Spectroscopy and First-Principle</P>
<P>Calculations</P>
<P>A.A. Popov, V.M Senyavin, A.A. Granovsky, A.S. Lobach</P>
<P>Hydrogen Segregation in the Residual Stresses Field N.M Vlasov., 1.1. Fedik</P>
<P>Nanoparticles of Metals and Oxides on Surface of Carbon Fibers are Effective Catalysts of Chemical Transformations of Epoxy Oligomers</P>
<P>v.I. Dubkova</P>
<P>363</P>
<P>Theory of Transport Phenomena on Plasma — Metal Hydride Interface S VN. Borisko, S. V. Borisko, D. V. Zynov ‘ev, Ye. V. Klochko</P>
<P>The Ultradisperse Formations of Free Carbon in Alloys of Iron D.A. Baranov, A.A. Baranov, 1. V. Leirich</P>
<P>383</P>
<P>Simulation of Fullerene Irradiation and Fragmentation by Particle Beams N. V. Makarets, V. V. Moskalenko, Yu. 1. Prylutskyy., 0. V. Zaloyilo</P>
<P>387</P>
<P>Lithium in Nanoporous Carbon Materials Produced from SiC I.M. Kotina, V. M. Lebedev, A.G. Jives, G. V. Patsekina, L.M. Tuhkonen, A.M. Danishevskii, S.K Gordeev, MA. Yagovkina</P>
<P>391</P>
<P>Scientific-Technical Prerequisites in Ukraine for Development ofthe Wind-</P>
<P>Hydrogen Plants</P>
<P>V.A. Glazkov, AS. Kirichenko, BI. Kushnir, V. V. Solovey, A.S. Zhirov,</P>
<P>D.V.Schur S</P>
<P>399</P>
<P>Synthesis and Structural Peculiarities ofthe Exfoliated Graphite Modified by Carbon Nanostructures</P>
<P>Yu.I. Sementsov, G.P. Prikhodko, S.L. Revo, A. V. Melezhyk, ML. Pyatkovskiy, v.v. Yanchenko</P>
<P>405</P>
<P>Modeling of TDS-Spectra of Dehydrating Yu. V. Zaika, JA. Chernov</P>
<P>415</P>
<P>Some Schematics ofUse ofHydride Devices in the Automobile Yu.I. Shanin</P>
<P>427</P>
<P>Electronic-Microscopic Investigation ofNanoscale Products of Catalytic Pyrolysis of Toluene S P.M Sylenko, A.M Shiapak, S.M. Kaverina, D. V. Schur, S. 0. Firstov,</P>
<P>v. v. Skorokhod</P>
<P>437</P>
<P>ix</P>
<P>Application ofthe Metal Hydride Activation Effect ofHydrogen Isotopes for</P>
<P>Plasma Chemical Technologies</P>
<P>Yu.F. Shmal’ko, Ye. V. Klochko</P>
<P>447</P>
<P>Vibrational Spectra of C Polymers: Experiment and First-Principle Assignment v. M. Senyavin, A. A. Popov, A. A. Granovsky</P>
<P>457</P>
<P>Feasibility of Hydrogen Energy Production Through Natura! Gas Steam</P>
<P>Reformation Process in the UAE</P>
<P>A. Kazim .</P>
<P>467</P>
<P>Isotope Effects in the Quasielastic Mössbauer Absorption of 57 in NbH and</P>
<P>NbD</P>
<P>R. Wordel, F.E. Wagner</P>
<P>473</P>
<P>Electrica! Resistance of Binary Ordered Alloys with HCP Structure in the</P>
<P>Presence of Impurity Atoms or Thermal Vacancies</P>
<P>ZA. Malysina, S. Yu. Zaginaichenko, D. V. Schur, A. Yu. Vlasenko</P>
<P>481</P>
<P>Hydriding Properties ofMagnesium-Sa!t Mechanical Alloys E. Yu. Ivanov, 1. G. Konstanchuk, V. V. Boldyrev</P>
<P>489</P>
<P>Hydrogen Sorption and Electrochemical Properties oflntermetallic Compounds</P>
<P>La and La</P>
<P>E.E. Levin, P.A. Donskoy, S.A. Lushnikov, VN. Verbetsky,</P>
<P>T. Ya. Safonova, O.A. Petrii</P>
<P>503</P>
<P>Hydride Phases in Sm —NH System VN. Fokin, Yu.M. Shul B.P. Tarasov, E.E. Fokina,</P>
<P>1.1. Korobov, A.G. Burlakova, S.P. Shilkin .</P>
<P>511</P>
<P>Optical Investigation of Hydrogen Intercalation-Deintercalation Processes in</P>
<P>Layered Semiconductor ‘y-InSe Crystals</P>
<P>Yu.J. Zhirko., Z.D. Kovalyuk., MM. Pyrija., V.B. Boledzyuk</P>
<P>19</P>
<P>Quantum Topology and Computer Simulation of Confined Hydrogen Atom Inside Spherical-Form Gap</P>
<P>gA. Beznosyuk, D.A. Mezentsev, M.S. Zhukovsky, TM Zhukovsky</P>
<P>531</P>
<P>Calorimetric Investigation ofthe Hydrogen Interaction with Ti E. Yu.Anikina, VN. Verbetsky</P>
<P>539</P>
<P>Interaction in NbVCo-H and NbVFe-H Systems under Hydrogen Pressure up to</P>
<P>2000 atm.</P>
<P>SA. Lushnikov., VN. Verbetsky</P>
<P>547</P>
<P>Effect of Hydrogenation on Spin-Reorientation Phase Transitions in R</P>
<P>(R = Y, Ho, Er) Compounds</P>
<P>I.s. Tereshina., G.S. Burkhanov., O.D. Chistyakov., N.B. Kol’chugina.,</P>
<P>S.A Nikitin., H. Drulis</P>
<P>553</P>
<P>x</P>
<P>The Cluster Growth Mechanism of Nanostructured Diamond v. Melnikova</P>
<P>Specific Features in Thermal Expansion of YFe 1 Single Crystals E. Tereshina., K. Skokov., L. Folcik, S. Nikitin., H. Drulis</P>
<P>563</P>
<P>Study of Structure, Hydrogen Absorption and Eleetrochemical Properties of</P>
<P>Tio Substoichiometric Laves Phase Alloys</P>
<P>T.A. Zotov, VN. Verbetsky, O.A. Petrii, T. Y. Safonova</P>
<P>569</P>
<P>Effect of Stress on Accumulation ofHydrogen and Microstructure of Silicon co-Implanted with Hydrogen and Helium</P>
<P>A. Misiuk, .1. Ratajczak, A. Barcz, J. Bak-Misiuk, A. Shalimov, B. Surma, A. Wnuk, J. Jagielski, 1. V. Antonova</P>
<P>579</P>
<P>Hydrogen Storage Materials and their Maximum Ability on Reversible Hydrogen</P>
<P>Sorption</P>
<P>N.M Vlasov, A.J. Solovey, II. Fedik, AS. Chernikov</P>
<P>593</P>
<P>The Study of Changes of Physico - Mechanical Properties of Materials in a</P>
<P>Condensed State under Hydrogen lnfluence Using Fault Detection Acoustic</P>
<P>Microscopy Methods</P>
<P>A. V. Budanov., A.I.Kustov., I.A. Migel</P>
<P>603</P>
<P>Diffusion of Hydrogen in Amorphous, High Deformed and Nanocrystalline</P>
<P>Alloys</P>
<P>N.I. Timofeyev, V.K. Rudenko, V. V. Kondratyev, A. V.Gapontsev,</P>
<P>A.N. Voloshinskii</P>
<P>617</P>
<P>Diffusion of Hydrogen in Binary and Ternary Disordered Alloys Nl. Timofeyev, V.K. Rudenko, V. V. Kondratyev, A. V.Gapontsev, AN. Voloshinskii</P>
<P>.</P>
<P>635</P>
<P>Author Index</P>
<P>653</P>
<P>Subject Index</P>
<P>657</P>
<P></P>