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Сибирское отделени
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PLENARY LECTURES
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PL-1“nucleophily”, “electroph
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PL-2This presentation will focus on
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PL-3NOBLE METALS CONTAINING CATALYS
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PL-4KINETICS AND MECHANISM OF SELEC
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PL-5the possibility of performing s
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PL-6MULTINUCLEAR NMR IMAGING IN CAT
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PL-6At the same time, other excitin
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KS-I-1THE EFFECTS OF ACTIVE SITE CO
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С 2 -С 3 OLEFIN PRODUCTION PATHWA
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- process (3) can be important in t
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OOOOZ mO OXOO XO nYO O n-2(I) HY(II
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KS-I-4В настоящей раб
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TAP-APPROACH IN CATALYTIC MECHANISM
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KS-I-6pressure study. For this inve
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NEW ADVANCED CATALYSTS ON THE BASIS
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KS-II-1Многочисленны
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KS-II-2The following approaches tha
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KS-II-4KINETIC FEATURES AND MECHANI
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KS-II-4от характера ли
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KS-II-5В работе проана
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KS-II-6Me 3 , 1,2,4-Me 3 , Me 4 ).
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KS-III-1INTENSITY OF IR-ADSORPTION
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APPLICATION OF SURFACE SCIENCE PHYS
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KS-III-2преимуществом
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KS-III-3ON THE REGULARITIES OF THE
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KS-III-3пропилена, то н
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KS-III-4K on the same sites that ac
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KS-III-5комплекс вопро
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CAN QUANTUM CHEMISTRY HELP TO TAYLO
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OP-I-1MECHANISMS OF HETEROGENEOUS C
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OP-I-2Рис. 1. Зависимос
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CARBON OXIDE HYDROGENATION OVER Fe-
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OP-I-3значения полос
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OP-I-4цеолита, а при с
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IRON EFFECT UPON ALKANES CRACKING O
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OP-I-5На поверхности
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OP-I-6acidity measurements of the H
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OP-I-7Н 2 -D 2 обмен иссл
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OP-I-8NOVEL WAY TO THE SYNTHESIS OF
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OP-I-8глиоксалю - сост
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OP-I-9their intensities, new appear
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OP-I-10activity even with platinum.
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OP-I-10part of CPSS was straightfor
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OP-I-11Однако при гидр
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OP-I-12MOLECULAR MECHANISM OF THE L
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OP-I-12по сравнению с
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OP-I-13over other catalysts in fine
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OP-I-14поперек и под у
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OP-I-15After performing an ageing t
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OP-I-16oxidized to Sn 4+ [4,5]. In
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OP-I-17INFLUENCE OF THE LATTICE OXY
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OP-I-18NEW CATALYST OF LOW-TEMPERAT
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OP-I-19COMPARATIVE STUDY OF METHANE
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OP-I-19syngas selectivity is due to
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OP-I-20EFFECT OF OXYGEN MOBILITY ON
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селективности. В эт
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OP-I-21поликристаллич
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OP-I-22SELECTIVE СО OXIDATION: RE
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OP-I-22Как видно из ри
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OP-I-23установлению к
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OP-I-24CATALYTIC PERFORMANCE OF COP
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OP-I-25MECHANISMS OF METHANE CHLORI
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OP-I-25При исследован
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OP-I-26За модельные мо
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OP-I-27INFLUENCE OF SECOND METAL AD
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OP-I-28ACTIVITY AND DEACTIVATION OF
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OP-I-28а содержание бе
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OP-I-29хлористого вод
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THE MECHANISM OF CHLORINE GENERATIO
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OP-I-30Значения конст
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OP-I-31ТХБ, растворите
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OP-I-32Наряду с хлорид
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CATALYTIC TRANSFORMATIONS OF ALIPHA
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OP-I-34STRONG METAL-SUPPORT INTERAC
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OP-I-34The reduction extent of Ni 2
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OP-I-35impregnating solutions for c
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FEATURES OF CATALYSTS EMPLOYMENT FO
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OP-I-361 - NH 3 (14,5), H 2 S (4,1)
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OP-I-37В условиях реак
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OP-I-38ROLE OF REDOX- AND ACIDIC CE
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OP-I-38Таблица 2. Актив
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OP-I-39Таблица 1. Влиян
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OP-I-40гидроксосилика
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OP-I-41(рис.1). Дегидрир
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PROTON TRANSFER REACTIONSIN TRANSIT
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OP-II-1elucidation of the mechanism
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OP-II-2oscillations of E Pt and pH
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OP-II-3гексана в польз
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OP-II-3более мягкий пу
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R 1OCa 2+OH -OHR 2Рис. 1. Пер
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STUDY OF THE MECHANISM OF CATALYTIC
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MECHANISM OF PHENOL AND ANILINE ALK
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OP-II-7MECHANISM OF FORMATION OF HY
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OP-II-8CATALYTIC AND PHYSICOCHEMICA
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OP-II-8To sum up we can say that Pt
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OP-II-9величины изоме
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OP-II-9увеличением со
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OP-II-10the second metal are still
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OP-II-11которых химизм
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OP-II-116. Co(Ni)Mo-катализ
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OP-II-12гг-1, которая от
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OP-II-13ROLE OF THE SOLVENT IN THE
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OP-II-14KINETICS AND MECHANISM OF P
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O 2H 2 OFeX 2FeX 3I 2HIBuOHP n , Zn
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OP-II-15capable of asymmetric oxida
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OP-II-16Систематическ
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OP-II-17MECHANISM OF ETHYLENE METHO
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OP-II-18MECHANISM OF LIQUID-PHASE C
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OP-II-18катализатора и
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OP-II-19Основным недос
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OP-II-19Литература:1 Шн
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OP-II-20Surprising is the finding t
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OP-II-21ºC) [7]. Полученн
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OP-II-21Настоящая рабо
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OP-II-22W(VI), Ti(IV), Re(VII), х
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OP-II-23MECHANISM OF ACTIVATION AND
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OP-II-23содержащей сис
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2+2+OP-II-24O25 31 (R=Me)OORD 2/ Ru
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OP-II-25ASYMMETRIC HYDROGENATION OF
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MECHANISM OF TRIMETHYLPENTANE AND D
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OP-II-26СХЕМА 3. Наибол
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OP-II-27диенофилов - ма
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OP-II-28H 2 MoO 4 и FeMoO 4 поз
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OP-II-29THE CATALYTIC ACTION OF AMM
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OP-II-29Как и в случае
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THE KINETICS AND MECHANISM OF P-TOL
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OP-II-30PhCH-CH 2O+SHKk1 +PhCH-CH 2
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OP-II-31Согласно данны
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OP-II-32TRANSFORMATION OF SULFUR OR
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Рисунок 1OP-II-32269
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OP-II-33скорость образ
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FCC GASOLINE SULFUR REDUCTION ADDIT
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OP-II-35NOVEL HETEROGENIZED NICKEL
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- Page 351 and 352: MECHANISM FOR CHEMICAL WAVE PROPAGA
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- Page 355 and 356: THE MECHANISM OF CATALYTIC METHANOL
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OP-III-27покрытие пове
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OP-III-28Цель настояще
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OP-III-29THE NATURE OF THE SYNERGY
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OP-III-29Для подтвержд
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OP-III-30with an Anton Paar XRK900
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OP-III-31STUDY OF THE MECHANISM OF
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OP-III-32ORGANISED CATALYTIC LAYERS
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OP-III-32where δ - characteristic
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OP-III-332r. 2[Ni 0 -O] → O 2 + 2
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OP-III-34APPLICATION OF MAGNETIC ME
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OP-III-35TНЕ MECHANISM OF THE CO
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OP-III-35Длины связей м
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OP-III-36trickle bed reactor can re
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OP-III-37STOCHASTIC MODELING OF ADS
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OP-III-37При исследова
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OP-III-38разные стадии,
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OP-III-39Ni(acac) 2 , возник
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OP-III-40CYCLIC TRIMERIZATION AND L
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OP-III-41EMPIRICAL CALCULATIONS OF
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SECTIONOF THE YOUNG SCIENTISTS
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YP-1в присутствии од
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YP-2HYDROALUMINATION OF β-PINENE B
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YP-2Таблица. Взаимод
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YP-3подачи хлора и ме
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YP-4CATALYTIC SYNTHESIS AND SOME PR
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YP-5QUANTUM CHEMICAL ANALYSIS OF CL
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YP-5Рис. 2. Возможные
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YP-6смешанные систем
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YP-7перемешивания, с
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YP-8Ni(II) COMPLEXES - EFFICIENT CA
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YP-9SYNTHESIS OF NANOSIZED ZnO/MgO
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YP-10XPS STUDY OF OXYGEN ADSORPTION
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YP-10и аморфного угле
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YP-11также поддержив
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YP-12WHEATHER THE ABILITY OF REVERS
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YP-12пренебрежимо ма
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YP-131008023Conversion CO [%]604020
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Volume 1CONTENTPLENARY LECTURES....
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KS-III-5 Kukushkin S.A.MECHANISMS O
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OP-I-19 Pavlova S.N., Sazonova N.N.
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OP-I-41 Tsodikov M.V., Teplyakov V.
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OP-II-24 Starodubtseva E.V., Turova
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OP-III-3 Vorontsova I.K., Abronin I
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OP-III-28 Smirnov M.Yu., Zemlianov
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YP-11 Tokarev A.V., Murzina E.V., K