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PP-II-100ExperimentFollowing carbon materials have been used in this work. 1) Detonation nano-diamonds(ND) containing mainly oxygenate surface groups in total amount 0.025 mmol/g. (sp 3 -carbonmaterial). S BET = 345 m 2 /g. 2) Onion-like carbon (OLC) was prepared via ND thermal heatingin vacuum and consisting of defective closed graphite shells enclosed each other (sp 2 -carbon).S BET = 582 m 2 /g. 3) Porous graphite-like carbon Sibunit-4 (sp 2 -carbon). S BET = 588 m 2 /g. Thismaterial is produced via hydrocarbons pyrolysis and therefore it contains few amount ofimpurities of transition metals (C(Fe)
PP-II-100sp 2 -carbon samples (Sibunit, OLC, CFC). More complex effect of Sibunit, OLC and CFC wasrevealed in case on phenol oxidation. No influence or minor acceleration was observed forhigh Н 2 О 2 concentration (0.7 M, C PhOH /C Н2О2 =1/70) and t= 30 0 C. Deceleration wasmonitored for lower concentration of Н 2 О 2 (0.2 M, C PhOH /C Н2О2 =1/20) and t=50 o C.ConclusionsAll types of carbon samples are inactive or low-active to oxidation of both phenol andethanol in absence of iron. Presence of sp 3 -carbon slows down oxidation as phenol as ethanolcatalyzed by Fe 3+ . It is possibly due to surface oxygenate species behaving as a free radicalscavenger. sp 2 - carbon can both decelerate free-radical oxidation and to accelerate itdepending on reaction conditions. Acceleration apparently is caused by ability to transferelectron due to π-conjugation in graphene layer [7].AcknowledgementsThis research was supported by the Russian Foundation of Basic Research (grants05-03-22004, 05-03-32995, 06-03-32969).References1. Toledo L.C., Silva A.C.B., Augusti R., Lago R.M., Chemosphere, 50 (2003), 1049-1054.2. Ince N.H., Apikiyan I.G., Wat.Res., 34 (2000), 4169-4176.3. Austin, J.M., Groenewald, T., Spiro, M. (1980). JCS, Dalton, 854-859.4. Lücking F., Köser H., Jank M., Ritter A., Wat. Res. 32 (1998), 2607-2614.5. Ryazantsev, A.A., Batoeva, A.A., Zhalsanova, D.B. (1999). Patent Russian FederationNo. 2135419.6. Georgi, A., Kopinke, F.-D. (2005). Applied Catalysis B: Environmental, 58, 9–18.7. Toles C.A., Marshal W.E., Johns M.M., Carbon, 37 (1999), 1207-1214.8. Strelko V.V., Kartel N.T. et al., Surface Science, 548 (2004), 281-290.347
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"Catalysis is not a branch of chemi
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Siberian Branch of Russian Academy
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INTERNATIONAL ADVISORY COMMITTEE:A.
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POSTER PRESENTATIONSSECTION IMECHAN
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PP-I-1more time in the oxidised sta
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PP-I-2Study of chemical reactions p
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PP-I-3It is suggested that during p
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PP-I-4reaction conditions, 100% con
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PP-I-5Catalytic properties of synth
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PP-I-6iii) The magnitude of above m
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PP-I-8ONE-DIMENSIONAL AND THREE-DIM
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PP-I-8This work was carried out at
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PP-I-9formed on their place. The PI
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PP-I-10CatalystЕа 1 ,kJ/mol(77÷1
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PP-I-11to increase of selectivity t
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PP-I-12The nanostructure of CS (clu
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PP-I-13The exchange in high-tempera
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PP-I-15ROLE OF CARBON DIOXIDE IN TH
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PP-I-16DIRECT OXIDATION OF BENZENE
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PP-I-17DFT STUDY OF REDUCTION REACT
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PP-I-18ORIGINAL MONTE CARLO METHOD
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PP-I-19STUDY ON THE MECHANISM OF TH
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PP-I-20NANOSIZED METAL OXIDES AS ST
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PP-I-21THE STUDYING OF THE NATURE O
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PP-I-22SYNTHESIS OF ETHYLENE-BUTADI
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PP-I-24REACTION OF PHENYLACETYLENE
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PP-I-25EFFECT OF THE PRESSURE ON TH
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PP-I-26INTERPRETATION OF THE ETHYLE
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PP-I-27STUDY OF ONE-POT REDUCTIVE D
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PP-I-28TUNING SURFACE MORPHOLOGY OF
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PP-I-29HIGHLY POROUS BLOCK CELLULAR
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PP-I-30STRUCTURE OF PHOTOCATALYTIC
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PP-I-31According to the 13 C MAS NM
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PP-I-32Conversion and selectivity a
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PP-I-34STUDY OF THE MECHANISM OF CA
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PP-I-35COMPARISON CATALYTIC ACTIVIT
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PP-I-36CRITICAL PHENOMENA FOR LANGM
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PP-I-37ISOTHERMS FOR STEPPED SURFAC
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PP-I-38RESOLUTION OF CHIRAL SULFOXI
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PP-I-39INVESTIGATION OF AMINO-CONTA
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PP-I-40APPLICATION OF POSITRON ANNI
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PP-I-41large pores (15-100 μm) of
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PP-I-42 Pd(1x2) Pd(1x1) Pd(1x2)-c
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PP-I-43the Al/Zr molar ratio has an
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PP-I-44transferred on nickel throug
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PP-I-45S BET , XRD, TPR, SEM, TEM a
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PP-I-46normal and branched alkanes
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PP-I-47growth stages (2) and (3) -
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PP-I-48system operated at frequenci
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PP-I-49The reactivity of these mate
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PP-I-51RECONSTRUCTION OF THE Pd(pol
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PP-I-53INTERMEDIATE PRODUCTS IN PAR
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PP-I-55MOLECULAR MECHANISM OF LOW T
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PP-I-56size of metals encapsulated
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PP-I-57activity of synthetic cataly
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PP-I-58us to suggest that oxidation
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PP-I-59characteristics are as follo
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PP-I-60surfaces changes at 50% cove
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PP-I-611) using the parameter conti
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PP-I-62atoms to PhePA molecule. In
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PP-I-63interaction of CO molecule b
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PP-I-64cases method of Coats-Redfer
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PP-I-65adsorbates and metal atoms.
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PP-I-66were extrapolated then to th
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PP-I-67account an influence of oxyg
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PP-I-68been considered. With this a
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PP-I-70MODIFICATION OF ELECTRONIC S
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PP-I-71most of described methods ch
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PP-I-72Table 1Polymeric active carb
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PP-I-73lower than 450 °C with prac
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PP-I-74Fig. 1. Optimized structure
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PP-I-75(Zn Z d ). The catalytic cyc
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PP-I-76Photocatalytic reaction was
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PP-I-78FRAGMENT COMPOSITION OF DIES
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PP-I-79QUANTUM-CHEMICAL STUDIES OF
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PP-I-80INFUENCE OF CHEMICAL TREATME
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PP-I-81ADSORPTION OF SMALL SILVER S
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PP-I-82EXPLOSION SAFETY IN GAS TRAN
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PP-I-83(ONNO) ad → N 2 O ad + O a
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CATALYTIC ACTIVATION OF UNFAVOURABL
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PP-II-1Therefore, the observed incr
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PP-II-2The samples of uranium oxide
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PP-II-3catalysts prepared by hydrot
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PP-II-4[(C 6 H 5 ) 2 (CH 2 =CHSi] 2
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PP-II-6THE NEW Ni, Zr, Ti-CONTAININ
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PP-II-7SPATIALLY RESOLVED UV-VIS MI
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PP-II-8POLYOL MEDIATED SYNTHESIS OF
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PP-II-8CuO phase were detected, sug
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PP-II-9SHS-INTERMETALLIDES ON THE B
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PP-II-10CO OXIDATION IN HYDROGEN ST
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PP-II-11CATALYTIC PERFORMANCE OF CO
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PP-II-12FORMATION OF RADICAL CATION
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CATALYSTS MOLECULAR DESIGN BY SURFA
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PP-II-14THE CATALYTIC ACTIVITY OF F
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OXIDATION TRIMETHYLHYDROHYNONE IN T
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PP-II-16TECHNOLOGY CONCEPTS ON DEVE
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ACTIVATION OF POST-TITANOCENE OLEFI
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STRUCTURE FEATURES OF NANOCRYSTALLI
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THE H 2 ROLE IN SELECTIVE NO X REDU
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PP-II-20THE IN SITU FTIR STUDY OF T
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PP-II-21LUMINESCENT DIAGNOSTICS OF
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PP-II-22MODIFICATION OF PROPERTIES
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PP-II-23FTIR STUDY OF THE REACTION
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PP-II-24pores (the average diameter
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PP-II-25and the amount of the disso
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PP-II-27ACTIVITY OF PALLADIUM CATAL
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MODIFIED POLYOXIDE CATALYSTS FOR SY
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PP-II-29PRODUCTION OF HYDROGENCONTA
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INFLUENCE OF COMPOSITION AND STRUCT
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PP-II-311NEW COMPOSITE OF A POLYACE
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SOME ASPECTS OF THE SELECTION OF ST
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PP-II-33HYDROTREATING CATALYSTS MOD
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PP-II-34NORBORNADIENE IN NEW SHAPE-
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PP-II-36CATALYTIC SYSTEMS BASED ON
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PP-II-37EFFECT OF PHYSIOCHEMICAL PR
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PP-II-38INVESTIGATION OF STRUCTURE
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PP-II-38As a result of the combined
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PP-II-39synthesized by deposition-p
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PP-II-40halogen in NiX 2 (PPh 3 ) 2
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PP-II-41fell cell - with the requir
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PP-II-42SYNTHESIS OF CATALYSTS ON T
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PP-II-43-crucial role play peroxide
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PP-II-44According to the obtained d
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PP-II-46CYCLOALUMINATION OF α,ω-D
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PP-II-47ETHYLENE OLIGOMERIZATION TO
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PP-II-48aluminas are in the range o
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PP-II-49synthesis methods such as s
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PP-II-50Here, we report the first s
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PP-II-51hydrogenation. This peculia
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PP-II-524% and higher. Apparently t
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PP-II-53The secondary methods are b
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PP-II-55NOVEL CHIRAL NITROGEN CONTA
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PP-II-56NON-OXIDATIVE METHANE CONVE
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PP-II-57THE CATALYTIC ACTIVITY OF P
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PP-II-58The analysis of the raw mat
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PP-II-59analysis. Specific surface
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PP-II-60Ni-U catalysts were shown t
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PP-II-61Deep oxidation of CB vapors
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PP-II-62precipitate at 100 o C favo
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PP-II-63Х X n-С н-C 6 , %1008060
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PP-II-64mixture by microwave radiat
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PP-II-65and 99.995 % mass.) were sa
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PP-II-66CATALYTIC SYSTEMS BASED ON
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PHASE ANALYSIS OF MULTIELEMENT CATA
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PP-II-68EFFECT OF THE LIGAND SUBSTI
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PP-II-69Results and discussion: The
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PP-II-70tests in POM reaction and T
Page 297 and 298: PP-II-71The acidity, measured by tw
Page 299 and 300: PP-II-72The effect of nature and ac
Page 301 and 302: PP-II-74STUDY OF METHANE DEHYDROARO
Page 303 and 304: PP-II-75CATALYTIC OXIDATION OF ORGA
Page 305 and 306: Knowledge of the surface VO x speci
Page 307 and 308: PP-II-77propylene polymerization on
Page 309 and 310: THE EFFECT OF THE SUPPORT ON THE PE
Page 311 and 312: THE ACIDIC CATALYSIS IN REACTION OF
Page 313 and 314: HYDROGEN-RICH GAS PURIFICATION FROM
Page 315 and 316: PP-II-82During the stage of combine
Page 317 and 318: PP-II-83higher H 2 /propane ratios
Page 319 and 320: NANOSTRUCTURED MATERIALS BASED ON Z
Page 321 and 322: ELECTROCATALYTIC REDUCTION OF NITRO
Page 323 and 324: PP-II-87with CuKα radiation (λ ~
Page 325 and 326: PP-II-88The properties of the catal
Page 327 and 328: PP-II-89The stereospecificity of po
Page 329 and 330: PP-II-91SYNTHESIS AND CHARACTERIZAT
Page 331 and 332: PP-II-92INFLUENCE OF NATURE OF HETE
Page 333 and 334: PP-II-93OPTICALLY ACTIVE AMMONIUM S
Page 335 and 336: PP-II-94THE INFLUENCE OF FORMING CO
Page 337 and 338: PP-II-95NEW CATALYST OF LOW-TEMPERA
Page 339 and 340: PP-II-96DRIFTS AND UV-VIS STUDY OF
Page 341 and 342: PP-II-97NANOSTRUCTURED COMPLEX OXID
Page 343 and 344: PLATINUM CATALYSTS AND THEIR ACTIVI
Page 345 and 346: PP-II-99DESIGN OF STRUCTURED CATALY
Page 347: PP-II-100THE INFLUENCE OF CARBON ON
Page 351 and 352: PP-II-101Undoped LaMnO 3 has a stru
Page 353 and 354: PP-II-102The redox mechanisms of ca
Page 355 and 356: PP-II-103weak surface complexes of
Page 357 and 358: PP-II-104Ellipsometric, LA-XRD, TEM
Page 359 and 360: 357PP-II-105It follows that MAO (or
Page 361 and 362: PP-II-106For the description of met
Page 363 and 364: 361PP-II-1070.75, 1) were prepared
Page 365 and 366: PP-II-108(K⋅10 6 l/mole⋅mg⋅eq
Page 367 and 368: PP-II-110EFFECTS OF THE PROPERTIES
Page 369 and 370: PP-II-111CATALYTIC ACTIVITY OF POLY
Page 371 and 372: SYNTHESIS OF OXIRANES FROM RENEWABL
Page 373 and 374: PP-II-113SELECTIVE OXIDATION OF FOR
Page 375 and 376: BIODIESEL PRODUCTION FROM OLEIC ACI
Page 377 and 378: PP-II-115THE MECHANISM OF PHENOL OX
Page 379 and 380: PP-II-116THERMOSTABILITY OF Pd-ZEOL
Page 381 and 382: PP-II-117CO OXIDATION ON CuO-CeO 2
Page 383 and 384: PP-II-118THE ROLE OF I-CONTAINING P
Page 385 and 386: PP-II-119THE BULK POROUS ELECTRODE
Page 387 and 388: PP-II-120Methanol was suggested to
Page 389 and 390: PP-II-121Synthesis of catalysts on
Page 391 and 392: Yield, %PP-II-122Dynamics of variat
Page 393 and 394: PP-II-123The analysis of the hydroc
Page 395 and 396: PP-II-125THE MECHANISM OF COPPER CO
Page 397 and 398: PP-II-126The problem of the low act
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PP-II-127size of hydrocatalytic pro
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PP-II-128enhanced stability against
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PP-II-130HYDROGEN PRODUCTION BY MET
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CATALYTIC HYDROALKOXYCARBONYLATION
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NANOSTRUCTURED METAL-POLYMERIC CATA
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PP-II-133THE EFFECT OF THE SUPPORT
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PP-II-134АLTERNATIVE APPROACH TO D
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PP-II-135THE LOW-TEMPERATURE CATALY
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CATALYTIC PROPERTIES OF LAYERED OF
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PP-II-138EFFECT OF Zr ON THE OXIDAT
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PP-II-139THE NATURE OF ACTION OF TH
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PP-II-140CYCLOHEXANE OXIDATION OVER
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PP-II-141Mo AND W HETEROPOLYACID-CO
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HYDROCARBON CONVERSION CATALYSTS BA
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PP-II-142selectivity of the hexene-
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PP-II-143XPS, XRD and UV-Vis DRS st
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PP-II-144from the surface of sample
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PP-II-146THE INFLUENCE OF THE ACIDI
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PP-II-147CHARACTERISATION OF NEW GO
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STUDY ON THE REGULARITIES OF THE FO
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PP-II-148Platinum catalysts support
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PP-II-149selectivity to LHC, moreov
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PP-II-150steamed until a gel format
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PP-II-151ELECTRONIC STATE OF Cr n+
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PP-II-152METAL SUPPORTED CATALYSTS
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PP-II-153FORECASTING CATALYTIC CHAR
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RE - CONTENTING HC OXIDATION CATALY
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PP-II-155reaction are shown on the
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PP-II-156The product of stereoselec
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PP-II-157Supporting Pd on ZnO coate
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PP-II-158relating to acetone. With
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PP-II-159At the same time, catalyst
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PP-II-160The aim of our work is to
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PP-II-161crystallization state of t
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PP-II-162several carbon materials a
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PP-II-1625. J. M. H. Dirkx, H. S. v
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PP-III-1INFLUENCE OF DISSOLVED OXYG
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PP-III-2and microstructure, oxidati
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PP-III-3Aerosol, vapour of toxiccom
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PP-III-4inserted in PAn either in t
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PP-III-5The mechanism of pyrolysis
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ELECTROCATALYSTS WITH LOW PLATINUM
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PP-III-8VERY PURE SILICA FIBROUS AS
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PP-III-9METAL CONTAINING ZEOLITES -
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THE INFLUENCE OF TREATMENT METHOD O
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PARA-HYDROGEN INDUCED POLARIZATION
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PP-III-12NOVEL CHITOSAN-BASED CATAL
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PP-III-13Fig. 1. Dark adsorption (1
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PP-III-14residual pressure of 0.67
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PP-III-15using the same feedstock.
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PP-III-16Fig. 2. SEM-images of surf
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EPOXIDATION OF RAPESEED OIL BY HYDR
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PP-III-19THE PECULIARITIES OF CATAL
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PP-III-20CATALYTIC MEMBRANE CONTACT
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PP-III-21CATALYTIC ACTIVE LAYERS ON
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PP-III-22MODIFICATION OF COMPOUNDED
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EFFECT OF LIQUID POLYKETONE ON THE
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CATALYSTS SEARCH FOR α-METYLBENZYL
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PP-III-25PARTIAL OXIDATION OF PROPA
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PP-III-27BIODIESEL SYNTHESIS BY CAT
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PP-III-28PRODUCTION OF BIO-SYNGAS V
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PP-III-28Fig. 1. Changes in Н 2 an
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PP-III-29Table 1: Texture and adsor
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PP-III-30dimensionless front veloci
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PP-III-31synthesized. Experiments h
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PP-III-32It is established, that cr
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PP-III-33adsorptive catalysts in ad
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PP-III-34turbocompressor and two ca
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PP-III-35The Cu, Ni/ γ -Al 2 O 3 c
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PP-III-36pressure at 800-900 o C. T
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PP-III-370,50Concentration / Vol.-%
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PP-III-38HETEROGENEOUS-CATALYTIC DE
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PP-III-39HYDROISOMERIZATION OF CATA
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METHOD OF CATALYTIC UTILIZATION OF
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PP-III-41Catalytic properties of Fe
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PP-III-42heat in a steam-power unit
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PP-III-43In this way, the content o
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PP-III-45THE ECOLOGIC AND ECONOMIC
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PP-III-46INFLUENCE OF SUPPORT NATUR
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PP-III-47MIGRATION OF SUPPORTED PLA
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Table 2.PP-III-47The [Pt]/[Al] atom
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PP-III-48Under nitrogen atmosphere
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PP-III-49With aim to achieve the ho
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PP-III-50clinoptilolite (Aydag depo
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PP-III-51References1. Balzhinimaev
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PP-III-52Black light UV lamps. The
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USE OF THE NITROGEN-CONTAINING CARB
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PP-III-54CATALYTIC BEHAVIOUR OF VAR
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PP-III-55and sulfur, was spent (fig
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PP-III-56Specific reaction rates of
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PP-III-57special catalyst system wi
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PP-III-59UTILIZATION OF WASTE BIOMA
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MECHANOCHEMISTRY AND MECHANO-CATALY
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PP-III-62CATALYTIC INTENSIFICATION
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PP-III-64ABOUT WHAT MANUFACTURE OF
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PP-III-65OXDATIVE CONVERSION OF HYD
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PP-III-66COMPLEX QUALITY CONTROL SY
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PP-III-67INFLUENCE OF DIFFUSION, SI
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PP-III-68ONE STEP PROCESS FOR HYDRO
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FEATURES OF DRAG FACTOR FOR COMPLEX
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FIXED BED REACTORS WITH GRADIENT CA
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PP-III-70respective variational pro
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PP-III-71Operation at high volumetr
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PP-III-72It was performed the optim
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PP-III-73production stages of refin
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pik⎛N= fi ⎜∑j ∑⎝ j=1Nik,
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PP-III-75three MCP’s. In the seco
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PP-III-76during the reaction. The i
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PP-III-77enthalpy calculated for va
Page 619 and 620:
PP-III-78calculating kinetics of pa
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PP-III-79ventilators 7 and 10, flam
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PP-III-801) C 6 H 5 CH 3 + 2 [YO]
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PP-III-81Δm/m coating, %204060V=0.
Page 627 and 628:
PP-III-82• diameter of its genera
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PP-III-83ΔP,1mm H 2 O/m40023003420
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Concentration, vol.%PP-III-84The ef
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PP-III-85autocatalyst of thermoconv
Page 635 and 636:
PP-III-86The influence of such para
Page 637 and 638:
PP-III-87hydrocarbons increases wit
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AUTOWAVE PROCESSES IN A STATIC CATA
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PP-III-90KINETIC AND THERMODYNAMIC
Page 643 and 644:
PP-III-91which mathematical descrip
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PP-III-93UTILIZATION OF LARGE-SCALE
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CATALYTIC TECHNOLOGY OF UTILIZATION
Page 649 and 650:
PP-III-95PROPERTIES AND ACTIVITY OF
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PREPARATION AND CHARACTERIZATION OF
Page 653 and 654:
PP-III-98The comparison of TPR runs
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ADVERTISEMENT
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PerformancePassionSuccessAutomotive
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Обслуживаемые рынк
Page 662:
Polyurethanes are an integral part
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− prehydrotreating of gasolines a
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Kovalyov E. 123Kovtunov K. 489Kozlo
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List ofparticipantsABRAMOVA Anna Vs
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BOEVA Olga AnatolievnaD.I. Mendelee
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DJEKIC TanjaEindhoven University of
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GIMUNDINOV Shamil AbzalovichD.V. So
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KACHEVSKY Stanislav AndreevichLomon
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KONEV Vasily NikolayevichBoreskov I
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LEDOUX Marc-JacquesCNRS DPI3 Rue Mi
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MIERCZYŃSKI PawełInstitute of Gen
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OBYSKALOVA Elina AnatolievnaBoresko
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REBROV EvgenyEindhoven University o
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SHALAGINA Anastasia EvgenievnaBores
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SPIRIDONOV Alexey AlexeevichBoresko
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VEDYAGIN Alexei Anatol'evichBoresko
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ZAKHARENKO Valery SemenovitchBoresk
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Volume IVolume IICONTENTPOSTER PRES
Page 700 and 701:
PP-I-25 Hocine S., Cherifi O., Bett
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PP-I-52 Timoshenkov S.P., Artemov E
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PP-I-80 Shinkarev V.V., Kuvshinov G
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PP-II-21 Chistoforova N.V., Yelkina
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PP-II-45 Khachani M., Boucetta C.,
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PP-II-68 Malinskaya M.Ju., Sviridov
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PP-II-90 Nikitin V., Mikenas T., Za
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PP-II-114 Sepúlveda J., Santarosa
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PP-II-139 Tkach V.S., Suslov D.S.,
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Section III. Environmental and indu
Page 720 and 721:
PP-III-28 Yakovlev V.A., Kirillov V
Page 722 and 723:
PP-III-52 Shelimov B., Tolkachev N.
Page 724 and 725:
PP-III-77 Mel’gunov M., Kovalev M
Page 726:
III International Conference“Cata
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III International Conference

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