Table of Contents
Table of Contents
Preface
Chapter 1 – The Photochemistry of Novel Electron-Transfer Three-Component Visible Light Photoinitiating Systems (pp. 1-2)
Janina Kabatc
Chapter 2 – Photoreactions of Benzophenone in Solid Media: Recent Developments and Applications (pp. 3-4)
Mihaela Avadanei
Chapter 3 – Photo-Chemical Methods as an Alternative Methodology in the Deposition of Materials with Chemical Sensor Properties and Photo-Luminescent Characteristic (pp. 5-6)
Gerardo G. Cabello, Luis A. Lillo, Claudia Caro, G.E. Buono-Core and Marisol Tejos
Chapter 4 – Photolabile Molecules as Light-Activated Switches to Control Biomolecular and Biomaterial Properties (pp. 7-8)
Catherine A. Goubko, Nan Cheng, and Xudong Cao
Chapter 5 – Photosystem at High Temperature: Mechanisms of Adaptation and Damage (pp. 9-10)
Yasuo Yamauchi and Yukihiro Kimura
Chapter 6 – The Little-Known Wavelength Effect in Provitamin D Photochemistry: The Ambiguous Role of the Weak Irreversible Channel (pp. 11-12)
Irina Terenetskaya
Chapter 7 – Exploring Organic Photochemistry with Computational Methods: An Introduction (pp. 13-14)
Diego Sampedro
Chapter 8 – Recent Progress in Chirality Research Using Circularly Polarized Light (pp. 15-16)
Tsubasa Fukue
Chapter 9 – Photoinduced Transformation Processes in Surface Waters (pp. 17-18)
Davide Vione, Claudio Minero, Valter Maurino, Romeo-Iulian Olariu, Cecilia Arsene and Khan M. G. Mostofa
Chapter 10 – Photochemical Processes in Needles of Overwintering Evergreen Conifers (pp. 19-20)
Piotr Robakowski
Chapter 11 – Theories in PAM Chlorophyll Fluorescence Measurement of Plant Leaves (pp. 21-22)
Ichiro Kasajima, Maki Kawai-Yamada and Hirofumi Uchimiya
Chapter 12 – Carbon Blacks in Electrochemical Energy Conversion Devices: Uses and Applications in Fuel Cells (pp. 23-24)
Paloma Ferreira-Aparicio
Chapter 13 – Study and Application of Carbon Black Vulcan XC-72R in Polymeric Electrolyte Fuel Cells (pp. 25-26)
M. J. Lázaro, L. Calvillo, V. Celorrio, J. I. Pardo, S. Perathoner and R. Moliner
Chapter 14 – A Review of Current Analytical Applications Employing Graphitized Carbon Black (pp. 27-28)
Christine M. Karbiwnyk and Keith E. Miller
Chapter 15 – Intermolecular and Intramolecular Interaction at Adsorption on the Surface of Graphitized Thermal Carbon Black (pp. 29-30)
V. V. Varfolomeeva and A. V. Terent’ev
Chapter 16 – Heat Transfer and Growth of Primary Black Carbon Particles in Gas Mixture (pp. 31-32)
Y. A. Baranyshyn, S. P. Fisenko and O. G. Penyazkov
Chapter 17 – What Does Carbon Nanomaterial Cause in Human Health? (pp. 33-34)
Masakazu Umezawa and Ken Takeda
Chapter 18 – Effect of Carbon Black Fillers on the Tribological Properties of PTFE (pp. 35-36)
Yoshinori Takeichi
Chapter 19 – The Role of Carbon Black in the Rheology of Rubber Compounds: Dynamic Properties, Nonlinear Behavior and Modeling (pp. 37-38)
Fabio Bacchelli and Salvatore Coppola
Chapter 20 – Carbon Blacks for Energy Storage and Conversion (pp. 39-40)
Gui-xin Wang and Kang-ping Yan
Chapter 21 – Carbon Black Treated in Low Pressure Plasma: A New Class of Granular Adsorbents for Acid and Basic Compounds (pp. 41-42)
Nicoletta De Vietro
Chapter 22 – Production, Properties and Applications of Carbon Blacks in Rechargeable Lithium-Ion Batteries (pp. 43-44)
B. Jin
Chapter 23 – Plant Secondary Metabolites in Animal Feeds (pp. 45-46)
A. Z. M. Salem, R. Rojo, D. Cardoso, O. D. Montañez, and L. M. Camacho
Chapter 24 – Browse Tree Leaves in Sheep and Goats Nutrition (pp. 47-48)
A. Z. M. Salem, L. M. Camacho, D. Cardoso, O. D. Montañez, B. Cruz and S. Rojas
Chapter 25 – Tannins and Ruminal Fermentation Activities (pp. 48-50)
M. A. Cerrillo-Soto, A. S. Juárez-Reyes and R. Rojo
Chapter 26 – Inulin-Type Fructans, Potential Prebiotics for Companion Animals and Livestock (pp. 51-52)
J. M. Pinos-Rodríguez and A. Z. M. Salem
Chapter 27 – Plants Rich-Phytochemicals in Rabbits Feeding (pp. 53-54)
A. Z. M. Salem, D. Cardoso, L. M. Camacho, O. D. Montañez, B. Cruz and J. Olivares
Chapter 28 – Phytochemical Characterization of Acacia farnesiana Pods in Diets with Different Levels of Inclusion (pp. 55-56)
J. A. Velazquez-Avendaño, M. González-Ronquillo, M. Soto-Hernández, R. Perezgrovas-Garza, J. Borquez-Gastelum, I. A. Domínguez-Vara and J. Romero-Bernal
Chapter 29 – Biocide Effects of Chrysactinia mexicana A. Gray (pp. 57-58)
N. C. Cárdenas-Ortega, B. I. Juárez-Flores, J. M. Pinos-Rodríguez and J. R. Aguirre-Rivera
Chapter 30 – Methods of Browses Condensed Tannins Determination (pp. 59-60)
R. Rojo, A. Z. M. Salem and M. A. Cerrillo-Soto
Chapter 31 – Biosolubilization of Lignin by Ruminal Microbes (pp. 61-62)
A. Z. M. Salem, L. M. Camacho, D. Cardoso, O. D. Montañez, B. Cruz and M. Cipriano
Chapter 32 – Solid Superacids (pp. 63-64)
Kazushi Arata and Hiromi Matsuhashi
Chapter 33 – Solid-Acid Catalysis and Their Applications in Green Synthesis of Fine Chemicals (pp. 65-66)
Zhongkui Zhao, Ronghua Jin and Guiru Wang
Chapter 34 – Activation of Heterogeneous Nanocatalysts by Solar Light: Principles, Synthesis and Applications (pp. 67-68)
Juan Carlos Colmenares Quintero
Chapter 35 – Catalytic and Kinetic Applications of Ruthenium Complexes (pp. 69-70)
Praveen Kumar Tandon and Arti Gupta
Chapter 36 – New Approaches to Design of Nanostructured Catalysts (pp. 71-72)
T. N. Rostovshchikova, E. S. Lokteva, S. A. Nikolaev, E. V. Golubina, S. A. Gurevich, V. M. Kozhevin, D. A. Yavsin and V. V. Lunin
Chapter 37 – Advanced Oxidation Processes via Catalysis (pp. 73-74)
Ernő E. Kiss, Andjelka V. Tomašević and Goran C. Boskovic
Chapter 38 – Catalytic Technologies for Diesel Engines Exhaust Gas Cleaning (pp. 75-76)
M. J. Lázaro, M. E. Gálvez, A. Boyano, S. Ascaso, I. Suelves, R. Moliner, I. Pieta, C. Herrera, M. A. Larrubia and L. J. Alemany
Chapter 39 – Peroxidases and Redox Mediators in Dye Catalysis and Detoxification of Industrial Effluents (pp. 77-78)
Farrukh Jamal and M. Y. Khan
Chapter 40 – Multi-Site Phase Transfer Catalysis: Synthesis, Chemistry and Applications (pp. 79-80)
P. A. Vivekanand and Maw-Ling Wang
Chapter 41 – Pressure Driven Membrane Processes: Modeling and Analysis (pp. 81-82)
Sergey P. Agashichev
Chapter 42 – Environmental Applications of Activated Carbon and Carbon Nanotubes (pp. 83-84)
A. R. Khataee, S. Aber, M. Zarei and M. Sheydaei
Chapter 43 – Catalytic Ozonation of Organics with Loaded Activated Carbon (pp. 85-86)
Luo Hanjin and Rao Yifei
Chapter 44 – Surface Chemistry of Activated Carbons (pp. 87-88)
Sónia A. C. Carabineiro, M. Fernando R. Pereira, José J. M. Órfão and José L. Figueiredo
Chapter 45 – Activated Carbons As Catalyst Supports (pp. 89-90)
M. E. Gálvez, S. Ascaso, A. Boyano, R. Moliner and M. J. Lázaro
Chapter 46 – Conventional and Non-Conventional Thermal Processing for the Production of Activated Carbons from Agro-Industrial Wastes (pp. 91-92)
Leandro S. Oliveira and Adriana S. Franca
Chapter 47 – Activated Carbons: Classifications, Properties and Applications (pp. 93-94)
John U. Kennedy Oubagaranadin and Z. V. P. Murthy
Chapter 48 – Carbon Nanofibers: Synthesis, Types, Properties and Chemical Activation (pp. 95-96)
Vicente Jiménez, Paula Sánchez, Mª Luz Sánchez, Antonio Nieto-Márquez, José Luís Valverde and Amaya Romero
Chapter 49 – Activated Carbon As a Metal Oxide Support: A Review (pp. 97-98)
A. Barroso-Bogeat, C. Fernández-González, M. Alexandre-Franco and V. Gómez-Serrano
Chapter 50 – Using “Activated Carbon from Bagasse” for Color Removal (pp. 99-100)
Paitip Thiravetyan and Parinda Suksabye
Chapter 51 – Use of Activated Carbon As Pre-Separation Agent in NAA of Selenium, Cobalt and Iodine (pp. 101-102)
M. Navarrete and T. Martínez
Chapter 52 – Virtual Porous Carbon (VPC) Models: Application in the Study of Fundamental Activated Carbon Properties by Molecular Simulations (pp. 103-104)
Artur P. Terzyk , Sylwester Furmaniak, Piotr A. Gauden, Peter J. F. Harris, Radosław P. Wesołowski and Piotr Kowalczyk
Chapter 53 – Activated Carbonaceous Materials Based on Thermosetting Binder Precursors (pp. 105-106)
J. Simitzis and Z. Ioannou
Chapter 54 – Platinum Catalysts on Activated Carbon Supports Prepared from Mononuclear and Polynuclear Precursors: Influence of Porous Structure of the Support (pp. 107-108)
L. B. Okhlopkova and S. Yu. Troitskii
Chapter 55 – Planting Soybean in Cd-, Cu-, or Zn-Contaminated Soils to Assess Its Feasibility in Further Producing Biodiesel (pp. 109-110)
Hung-Yu Lai, Bo-Ching Chen, Hsuen-Li Chen, Chih-Jen Lu and Zueng-Sang Chen
Chapter 56 – Adsorptive Removal of Residual Sulfur Compounds in Commercial Fuel Oil by Means of Biomass-Derived Activated Carbons (pp. 111-112)
Seiji Kumagai
Chapter 57 – Combination of Ozone and Activated Carbon for Water and Wastewater Treatment (pp. 113-116)
F. J. Beltrán and P. M. Álvarez
Chapter 58 – Strategies for Optimizing the Development of Cellulose-Based Activated Carbon Cloths by the Chemical Activation Process (pp. 117-118)
M. E. Ramos, P. R. Bonelli and A. L. Cukierman
Chapter 59 – Self Assembled Ordered Mesoporous Carbon: Synthesis, Characterization and Applications (pp. 119-120)
Dipendu Saha and Shuguang Deng
Chapter 60 – Modern Nanochemistry (pp. 121-122)
A.K. Haghi and G.E. Zaikov
Chapter 61 – Preparative Chemistry of Cobalt Silica Gel Catalyst for Fischer-Tropsch Synthesis (pp. 123-124)
Hui Ming
Chapter 62 – Cobalt Compounds Based Catalysts for the Stereospecific Polymerization of Olefins, Cycloolefins and Conjugated Diolefins (pp. 125-126)
Giovanni Ricci, Giuseppe Leone, Aldo Boglia, Francesco Masi and Anna Sommazzi
Chapter 63 – Cobalt, a Controversial but Efficient Metal Catalyst in the Solvolytic Hydrogen Generation from Sodium Borohydride and Ammonia Borane (pp. 127-128)
R. Chamoun, S. Cavaliere, J. Hannauer, O. Akdim, U. B. Demirci, and P. Miele
Chapter 64 – Magnetic Properties of Co-Based Metallic Glasses (pp. 129-130)
J. Jaworski, E. Dryzek and E. Fleury
Chapter 65 – HRTEM Studies of Cobalt-Filled Nanotubes Formed in the High Isostatic Pressure Apparatus (pp. 131-132)
V. D. Blank, B. A. Kulnitskiy, I. A. Perezhogin, Yu. S. Buranova, E. V. Polyakov, Yu. L. Alshevskiy, and D. V. Batov
Chapter 66 – Transport Properties and Their Impact on Biological Systems (pp. 133-134)
Ana C. F. Ribeiro, Victor M. M. Lobo, Artur J. M. Valente, Ana M. T. D. P. V. Cabral, Francisco J. B. Veiga, Sónia I. G. Fangaia, Pedro M. G. Nicolau, Fernando A. D. R. A. Guerra and Miguel A. Esteso
Chapter 67 – Cobalt Oxide, Co3O4, As a Catalyst for Environmental Applications (pp. 135-136)
Tomas García, Ana. M. Dejoz, Begoña Puértolas and Benjamin E. Solsona
Chapter 68 – Polarized Electronic Spectra of Organic/Inorganic Hybrid Materials of Extended Chiral Schiff Base Ni(II), Cu(II), and Zn(II) Complexes with Azobenzene and Simulation for a Co(II) Complex (pp. 137-138)
Takashiro Akitsu, Tomoaki Hiratsuka, Yoshikazu Aritake, Atsuo Yamazaki, and Shinji Matsuoka
Chapter 69 – The Role of Cobalt in Carbon Nanotube Synthesis (pp. 139-140)
Gilbert D. Nessim and Matteo Seita
Chapter 70 – Cobalt Exchanged Supported 12-Tungstophosphoric Acid and 12-Tungstosilicic Acid: Synthesis, Physicochemical Characterization and Catalytic Activity (pp. 141-142)
Anjali Patel
Chapter 71 – Synthesis and Characterization of Layered Sodium Cobaltates (pp. 143-144)
Chia-Jyi Liu
Chapter 72 – The Role of the Support on the Properties of Cobalt Catalysts for Fischer Tropsch Synthesis (pp. 145-146)
Maria do Carmo Rangel
Chapter 73 – Various Synthesis Methods for the Preparation of Well-Crystalline and Monodisperse Cobalt Ferrite Nanocrystals (pp. 147-148)
ChinHua Chia, Sarani Zakaria, PoiSim Khiew, WeeSiong Chiu and Mustaffa Hj Abdullah
Chapter 74 – Lanthanum Doped Cobalt Nano Ferrites: Dielectric, Electric and Magnetic Properties (pp. 149-150)
Pawan Kumar, Jagdish Chand and Anil Thakur
Chapter 75 – The Biological Application of Cobalt (pp. 151-152)
Yin Xiao and Jones Yuen
Chapter 76 – Geometrical and Electronic Structure of Molecule Vitamin “C” by Method MNDO (pp. 153-154)
V. A. Babkin, D. S. Andreev and E. S. Titova
Chapter 77 – Geometrical and Electronic Structure of Molecule Benzilpenicillin by Method Ab Initio (155-156)
V. A. Babkin, V. Yu. Dmitriev and G. E. Zaikov
Chapter 78 – Geometrical and Electronic Structure of Molecule Vitamin “A” by Method MNDO (Nobel Prize 1937, Paul Karrer) (pp. 157-158)
V. A. Babkin, D. S. Andreev, E. S. Titova and G. E. Zaikov
Chapter 79 – Geometrical and Electronic Structure of Molecules Nematic, Smectic, Holesteric Liquid Crystal by Method MNDO (pp. 159-160)
V. A. Babkin and D. S. Andreev
Chapter 80 – Geometrical and Electronic Structure of Molecule Cholesterol Benzoate by Method MNDO (pp. 161-162)
V. A. Babkin, V. Yu. Dmitriev, D. S. Andreev and G. E. Zaikov
Chapter 81 – Geometrical and Electronic Structure of Molecule Cellulose by Method Ab Initio (pp. 163-164)
V. A. Babkin and А. В. Tsykanov
Chapter 82 – Quantum-chemical Analysis of Reactivity of S- and О-Anions, Generated from 6-methyl-2-thio-, 2-alkyl(aralkyl)thiouracils (pp. 165-166)
A. I. Rahimov, E. S. Titova, R. G. Fedunov, V. A. Babkin and G. E. Zaikov
Chapter 83 – S- and O-anions, Generated from 6-Methyl-2-thio-, 2- thioalkyl(aralkyl)uracils, in Synthesis of S-Mono- and S-,О-Diderivations (pp. 167-168)
A. I. Rahimov, E. S. Titova, R. G. Fedunov and V. A. Babkin
Chapter 84 – Quantum Chemical Research of Mechanism Synthesis of 2-Methylsulfanil-4-оxymethyl Pyrimidine (pp. 169-170)
V. A. Babkin, R. G. Fedunov, A. I. Rahimov and E. S. Titova
Chapter 85 – Parameters of Burning Rocket Fuels in Dioxifluoride (pp. 171-172)
V. A. Babkin, A. V. Tsykanov, R. G. Fedunov, G. E. Zaikov and G. S. Lomakin
Chapter 86 – Geometrical and Electronic Structure of Molecule Aniline by Method Ab Initio (pp. 173-174)
V. A. Babkin, V. Yu. Dmitriev and G. E. Zaikov
Chapter 87 – Geometrical and Electronic of the Structure of Monoaminocarboxylic (pp. 175-176)
V. A. Babkin, A. V. Tsykanov, G. E. Zaikov, О. P. Вuzinova and А. I. Rakhimov
Chapter 88 – Geometrical and Electronic Structure of Molecule Butene-1 by Method Ab Initio (pp. 177-178)
V. A. Babkin, V. Yu. Dmitriev and G. E. Zaikov
Chapter 89 – Geometrical and Electronic Structure of Molecule Butene-2 by Method Ab Initio (pp. 179-180)
V. A. Babkin, V. Yu. Dmitriev and G. E. Zaikov
Chapter 90 – Geometrical and Electronic Structure of Molecule Butene-1 by Method MNDO (pp. 181-182)
V. A. Babkin, V. Yu. Dmitriev and G. E. Zaikov
Chapter 91 – Geometrical and Electronic Structure of Molecule Butene-2 by Method MNDO (pp. 183-184)
V. A. Babkin, V. Yu. Dmitriev and G. E. Zaikov
Chapter 92 – Geometrical and Electronic Structure of Molecule 3,3-Dimethylbutene-1 by Method Ab Initio (pp. 185-186)
V. A. Babkin and V. V. Galenkin
Chapter 93 – Geometrical and Electronic Structure of Molecule 3,3-Dimethylbutene-1 by Method MNDO (pp. 187-188)
V. A. Babkin and V. V. Galenkin
Chapter 94 – Geometrical and Electronic Structure of Molecule 4,4-Dimethylpentene-1 by Method Ab Initio (pp. 189-190)
V. A. Babkin and D. S. Andreev
Chapter 95 – Geometrical and Electronic Structure of Molecule 4-Methylhexene-1 by Method Ab Initio (pp. 191-192)
V. A. Babkin and D. S. Andreev
Chapter 96 – Geometrical and Electronic Structure of Molecule 4-Methylpentene-1 by Method Ab Initio (pp. 193-194)
V. A. Babkin and D. S. Andreev
Chapter 97 – Geometrical and Electronic Structure of Molecule Isobutylene by Method Ab Initio (pp. 195-196)
V. A. Babkin and D. S. Andreev
Chapter 98 – Geometrical and Electronic Structure of Molecule 2-Methylbutene-1 by Method Ab Initio (pp. 197-198)
V. A. Babkin and D. S. Andreev
Chapter 99 – Geometrical and Electronic Structure of Molecule Isobutylene by Method MNDO (pp. 199-200)
V. A. Babkin and D. S. Andreev
Chapter 100 – Geometrical and Electronic Structure of Molecule 2-Methylbutene-1 by Method MNDO (pp. 201-202)
V. A. Babkin and D. S. Andreev
Chapter 101 – Geometrical and Electronic Structure of Molecule Butadiene-1,3 by Method Ab Initio (pp. 203-204)
V. A. Babkin and D. S. Andreev
Chapter 102 – Geometrical and Electronic Structure of Molecule 2- Methylbutadiene-1,3 by Method Ab Initio (pp. 205-206)
V. A. Babkin and D. S. Andreev
Chapter 103 – Geometrical and Electronic Structure of Molecule 2,3- Dimethylbutadiene-1,3 by Method Ab Initio (pp. 207-208)
V. A. Babkin and D. S. Andreev
Chapter 104 – Geometrical and Electronic Structure of Molecule Pentadiene-1,3 by Method Ab Initio (pp. 209-210)
V. A. Babkin and D. S. Andreev
Chapter 105 – Geometrical and Electronic Structure of Molecule Butadiene-1,3 by Method MNDO (pp. 211-212)
V. A. Babkin and D. S. Andreev
Chapter 106 – Geometrical and Electronic Structure of Molecule 2- Methylbutadiene-1,3 by Method MNDO (pp. 213-214)
V. A. Babkin and D. S. Andreev
Chapter 107 – Geometrical and Electronic Structure of Molecule 2,3- Dimethylbutadiene-1,3 by Method MNDO (pp. 215-216)
V. A. Babkin and D. S. Andreev
Chapter 108 – Geometrical and Electronic Structure of Molecule Some Styrenes by Method MNDO (pp. 217-218)
V. A. Babkin and V. S. Peredunov
Chapter 109 – Geometrical and Electronic Structure of Molecules Some Styrenes by Method MNDO (pp. 219-220)
V. A. Babkin and E. A. Sekachev
Chapter 110 – Geometrical and Electronic Structure of Molecule Some Styrenes by Method MNDO (pp. 221-222)
V. A. Babkin and K. S. Medvedeva
Chapter 111 – Geometrical and Electronic Structure of Molecule 4,5,6,7- Tetramethylindene by Method Ab Initio (pp. 223-224)
V. A. Babkin and D. S. Andreev
Chapter 112 – Geometrical and Electronic Structure of Molecule Brombutylindene by Method MNDO (pp. 225-226)
V. A. Babkin and I. N. Kozlov
Chapter 113 – Geometrical and Electronic Structure of Molecule Exo- Dicyclopentadiene by Method Ab Initio (pp. 227-228)
V. A. Babkin and D. S. Andreev
Chapter 114 – Geometrical and Electronic Structure of Molecule Endo- Dicyclopentadiene by Method Ab Initio (pp. 229-230)
V. A. Babkin and D. S. Andreev
Chapter 115 – Geometrical and Electronic Structure of Molecule 9,10-Dihydroendo- dicyclopentadiene by Method Ab Initio (pp. 231-232)
V. A. Babkin and D. S. Andreev
Chapter 116 – Geometrical and Electronic Structure of Molecule 1,2-Dihydroendo- dicyclopentadiene by Method Ab Initio (pp. 233-234)
V. A. Babkin and D. S. Andreev
Chapter 117 – Geometrical and Electronic Structure of Molecule 1,2- Dimethylcyclopropane by Method Ab Initio (pp. 235-236)
V. A. Babkin, D. S. Andreev and E. S. Titova
Chapter 118 – Geometrical and Electronic Structure of Molecule 1,1-Dimethylcyclopropane by Method Ab Initio (pp. 237-238)
V. A. Babkin, D. S. Andreev and E. S. Titova
Chapter 119 – Re-Interpretation of Fluidization (pp. 239-240)
Xianfeng Fan and Zhufang Yang
Chapter 120 – The Catalytic Combustion of Soot (pp. 241-242)
Jian Liu, Zhen Zhao and Chunming Xu
Chapter 121 – Catalytic Combustion over Cheaper Metal Oxides (pp. 243-244)
Thallada Vinodkumar and Benjaram M. Reddy
Chapter 122 – Catalytic Combustion: Kinetics and Reactor Design (pp. 245-246)
Ilenia Rossetti and Lucio Forni
Chapter 123 – Catalytic Combustion of Methane over Ceria-Zirconia Catalysts (pp. 247-248)
S. A. Larrondo and M. G. Zimicz
Chapter 124 – Geometrical and Electronic Structure of Molecule Vitamin “B2” by Method MNDO (Nobel Prize 1937, Paul Karrer) (pp. 249-250)
V. A. Babkin, D. S. Andreev, E. S. Titova and G. E. Zaikov
Chapter 125 – Geometrical and Electronic Structure of Molecule Vitamin “E” by Method MNDO (Nobel Prize 1937, Paul Karrer) (pp. 251-252)
V. A. Babkin, D. S. Andreev, V. Yu. Dmitriev, E. S. Titova and G. E. Zaikov
Chapter 126 – Geometrical and Electronic Structure of Molecule Cyclohexane by Method Ab Initio (Оdd Hassel, Nobel Prize 1969 year) (pp. 253-254)
V. A. Babkin, V. Yu. Dmitriev and G. E. Zaikov
Chapter 127 – Geometrical and Electronic Structure of Molecule Mononitrocellulose by Method MNDO (pp. 255-256)
V. A. Babkin and А. В. Tsykanov
Chapter 128 – Quantum-Chemical Research of the Mechanism of Synthesis of 5-Acetyloxymethyl-2-chlorineo-5-ethyl-1,2,3-dioxaphosphorynane (pp. 257-258)
V. A. Babkin, V. Yu. Dmitriev, G. A. Savin, E. S. Titova and G. E. Zaikov
Chapter 129 – Quantum-Chemical Research of the Mechanism of Synthesis of 2,2-Bi-(О-Acetyloxymethyl)- 1-О-Acetylbutanol (pp. 259-260)
V. A. Babkin, V. Yu. Dmitriev, G. A. Savin, E. S. Titova and G. E. Zaikov
Chapter 130 – Estimation of Acid Force of Components of Synthesis of 2,2-Bi-(О-Acetyloxymethyl) -1-О-Acetylbutanol (pp. 261-262)
V. A. Babkin, V. Yu. Dmitriev, G. A. Savin, E. S. Titova and G. E. Zaikov
Chapter 131 – Geometrical and Electronic Structure of Molecule Hydrogen by Method Ab Initio (pp. 263-264)
V. A. Babkin, V. Yu. Dmitriev and G. E. Zaikov
Chapter 132 – Geometrical and Electronic Structure of Molecule Hydrazine by Method Ab Initio (pp. 265-266)
V. A. Babkin, V. Yu. Dmitriev and G. E. Zaikov
Chapter 133 – Geometrical and Electronic Structure of Molecule ATP (adenosine triphosphate) by Method Ab Initio (pp. 267-268)
V. A. Babkin, V. Yu Dmitriev, E. S. Titova and G. E. Zaikov
Chapter 134 – Geometrical and Electronic Structure of Molecule Uracil (pp. 269-270)
V. A. Babkin, V. Yu. Dmitriev, E. S. Titova and G. E. Zaikov
Chapter 135 – Geometrical and Electronic Structure of Molecule Hepten-1 by Method Ab Initio (pp. 271-272)
V. A. Babkin, V. Yu. Dmitriev and G. E. Zaikov
Chapter 136 – Geometrical and Electronic Structure of Molecule Hexene-1 by Method MNDO (pp. 273-274)
V. A. Babkin, V. Yu. Dmitriev and G. E. Zaikov
Chapter 137 – Geometrical and Electronic Structure of Molecule Heptene-1 by Method MNDO (pp. 275-276)
V. A. Babkin, V. Yu. Dmitriev and G. E. Zaikov
Chapter 138 – Geometrical and Electronic Structure of Molecule 3-Methylbutene- 1 by Method Ab Initio (pp. 277-278)
V. A. Babkin and V. V. Galenkin
Chapter 139 – Geometrical and Electronic Structure of Molecule 3-Nethylbutene-1 by Method MNDO (pp. 279-280)
V. A. Babkin and V. V. Galenkin
Chapter 140 – Geometrical and Electronic Structure of Molecule 4,4- Dimethylpentene-1 by Method MNDO (pp. 281-282)
V. A. Babkin and D. S. Andreev
Chapter 141 – Geometrical and Electronic Structure of Molecule 4-Methylhexene-1 by Method MNDO (pp. 283-284)
V. A. Babkin and D. S. Andreev
Chapter 142 – Geometrical and Electronic Structure of Molecule 4-Methylpentene-1 by Method MNDO (pp. 285-286)
V. A. Babkin and D. S. Andreev
Chapter 143 – Geometrical and Electronic Structure of Molecule 2-Methylbutene-2 by Method Ab Initio (pp. 287-288)
V. A. Babkin and D. S. Andreev
Chapter 144 – Geometrical and Electronic Structure of Molecule 2-Methylpentene-1 by Method Ab Initio (pp. 289-290)
V. A. Babkin and D. S. Andreev
Chapter 145 – Geometrical and Electronic Structure of Molecule 2-Methylbutene-2 by Method MNDO (pp. 291-292)
V. A. Babkin and D. S. Andreev
Chapter 146 – Geometrical and Electronic Structure of Molecule 2-Methylpentene-1 by Method MNDO (pp. 293-294)
V. A. Babkin and D. S. Andreev
Chapter 147 – Geometrical and Electronic Structure of Molecule Trans, Trans-Hexadiene-2,4 by Method Ab Initio (pp. 295-296)
V. A. Babkin and D. S. Andreev
Chapter 148 – Geometrical and Electronic Structure of Molecule Cis, Transhexadiene-2,4 by Method Ab Initio (pp. 297-298)
V. A. Babkin and D. S. Andreev
Chapter 149 – Geometrical and Electronic Structure of Molecule Cis, Cis-Hexadiene-2,4 by Method Ab Initio (pp. 299-300)
V. A. Babkin and D. S. Andreev
Chapter 150 – Geometrical and Electronic Structure of Molecule Trans-2-methylpentadiene-1,3 by Method Ab Initio (pp. 301-302)
V. A. Babkin and D. S. Andreev
Chapter 151 – Geometrical and Electronic Structure of Molecule Trans, Trans-Hexadiene-2,4 by Method MNDO (pp. 303-304)
V. A. Babkin and D. S. Andreev
Chapter 152 – Geometrical and Electronic Structure of Molecule Cis, Trans-Hexadiene-2,4 by Method MNDO (pp. 305-306)
V. A. Babkin and D. S. Andreev
Chapter 153 – Geometrical and Electronic Structure of Molecule Cis, Cishexadiene-2,4 by Method MNDO (pp. 307-308)
V. A. Babkin and D. S. Andreev
Chapter 154 – Geometrical and Electronic Structure of Molecule Trans-2-methylpentadiene-1,3 by Method MNDO (pp. 309-310)
V. A. Babkin and D. S. Andreev
Chapter 155 – Geometrical and Electronic Structure of Molecule Trans-3-methylpentadiene-1,3 by Method MNDO (pp. 311-312)
V. A. Babkin and D. S. Andreev
Chapter 156 – Geometrical and Electronic Structure of Molecule Some Styrenes by Method MNDO (pp. 313-314)
V. A. Babkin and K. S. Medvedeva
Chapter 157 – Geometrical and Electronic Structure of Molecule M-Nitrostyrene by Method Ab Initio (pp. 315-316)
V. A. Babkin and D. S. Andreev
Chapter 158 – Geometrical and Electronic Structure of Molecule Trans-β-propylstyrene by Method MNDO (pp. 317-318)
V. A. Babkin and D. S. Andreev
Chapter 159 – Geometrical and Electronic Structure of Molecule Cis-p-metoxi-β-methylstyrene by Method MNDO (pp. 319-320)
V. A. Babkin and D. S. Andreev
Chapter 160 – Geometrical and Electronic Structure of Molecule Brompropilinden by Method MNDO (pp. 321-322)
V. A. Babkin and I. N. Kozlov
Chapter 161 – Geometrical and Electronic Structure of Molecule Bromindene by Method MNDO (pp. 323-324)
V. A. Babkin and I. N. Kozlov
Chapter 162 – Geometrical and Electronic Structure of Molecule 2-Isopropenilbicyclo[2,2,1]heptene-5 by Method Ab Initio (pp. 325-326)
V. A. Babkin and D. S. Andreev
Chapter 163 – Geometrical and Electronic Structure of Molecule 2-vinylbicyclo[2,2,1]heptene-2 by Method Ab Initio (pp. 327-328)
V. A. Babkin and D. S. Andreev
Chapter 164 – Geometrical and Electronic Structure of Molecule bicyclo[2,2,1]heptadiene-2,5 by Method Ab Initio (pp. 329-330)
V.A. Babkin and D.S. Andreev
Chapter 165 – Geometrical and Electronic Structure of Molecule 2-Methylenebicyclo[2,2,1]heptene-5 by Method Ab Initio (pp. 331-332)
V. A. Babkin and D. S. Andreev
Chapter 166 – Geometrical and Electronic Structure of Molecule isopropylcyclopropane by Method Ab Initio (pp. 333-334)
V. A. Babkin, D. S. Andreev and E. S. Titova
Chapter 167 – Geometrical and Electronic Structure of Molecule Ppropylcyclopropane by Method Ab Initio (pp. 335-336)
V. A. Babkin, D. S. Andreev and E. S. Titova
