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Physics Research Summaries
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Editors: Zachariah L. Ratcliff and Owen D. McKay
Book Description:
This book is a continuation of the book Physics Researcher Biographical Sketches and Research Summaries which compiles biographical sketches of top professionals in the field of physics research, as well as research summaries from a number of different focuses in this important field. (Imprint: Nova)

Table of Contents:
Preface pp. i-xxxix

Research Summaries on Physics

Indentification and Control of Large Smart Structures;pp. 1-2
(Yeesock Kim,Reza Langari,Stephan Hurlebaus,Texas A&M University,College Station,TX,US)

Transfer Processes in a Heat Generating Granular Bed;pp. 3-4
(Yu.S.Teplitskii,V.I.Kovenskii,A.V.Luikov Heat and Mass Transfer Institute,Academy of Sciences of Belarus)

The Influence of ND Laser Irradiation Parameters on Dynamics of Metal Condensed Phase Propagating Near Target;pp. 5
(V.K.Goncharov,K.V.Kozadaev,M.V.Puzyrev,Belarussian State University,Minsk,Belarus)

Thermodynamic and Kinetic Study of Oil Shale Processing;pp. 7
(G.Y.Gerasimov,E.P.Volkov,E.V.Samuilov,Moscow State University,Russia and others)

Radiation Induced Synthesis and Modification of Carbon Nanostuctures;pp. 9
(G.Y.Gerasimov,Institute of Mechanics,Moscow State University,Russia)

Monitoring a 22-Story Building under Severe Typhoons with Bayesian Density Approach;pp. 11-12
(Ka-Veng Yuen,Sin-Chi Kuok)

Characteristics of Ohm Law for Metal at Low Temperature;pp. 13
(A.N.Volobuev,V.V.Galanin,Samara State Medical University,Russia)

Calculating and Experimental Researches of Free-Flowing Substance Axisymmetric Movement as Quasi-Newton Liquid;pp. 15
(V.V.Lozovetsky,F.V.Pelevin,S.N.Leontiev,Moscow State University of Forest,Russia and others)

Vibration Analysis of Non-Uniform Beams Using Spline Collocation Method;pp. 17
(Ming-Hung Hsu,National Penghu University,Taiwan)

Multiclass Fuzzy Classifers Based on Kernal Discriminant Analysis;
pp. 19
(Ryota Hosokawa,Shigeo Abe,Kobe University,Nada,Kobe,Japan)

Exciton Polariton Dispersion in Multinary Compounds;pp. 21-22
(N.N.Syrbu,V.V.Ursaki,Technical University of Moldova and others)

Exciton Relaxation Dynamics in Colloidal Core and Core/Shell CdSe Nanorods;pp. 23
(A.Creti,M.Lomascolo,Institute for Microelectronics and Microsystems,Lecce,Italy)

Radiation-Assisted Preparation of Powder Materials and Their Exciton Luminescence;pp. 25
(Vaclav Cuba,Martin Mikl,CTU in Prague,Czech Republic and others)

The Semiclassical Molecular Exciton: Path/Time Ordered Propagators vs. Stochastic Dynamics;pp. 27
(William R.Kirk,Mayo Clinic College of Medicine,Rochester,
Minnesota,US)

Solitons and Exitons in Seismotectonic Problems;pp. 29
(A.V.Vikulin,Institute of Volcanology and Seismology,Far East Branch of the Russian Academy of Sciences,Petropavlovsk-Kamchatsky,Russia)

Exciton Dynamics Study of InAs/GaAs Quantum Dot Heterostructures;
pp. 31
(Ya-Fen Wu,Jiunn-Chyi Lee,Jen-Cheng Wang,Tzer-En Nee)

Exciton Diffusion Length in Titanyl Phthalocyanine Thin Films as Determined by the Surface Photovoltage Method;pp. 33-34
(Jiri Tousek,Jana Touskova,Martin Drabik,Zdenek Remes,Jan Hanus,Vera Cimrova,Danka Slavinska,Hynek Biederman,Adam Zachary,Liuke Hanley)

Accuracy of the Coherent Potential Approximation for Frenkel Excitons in One-Dimensional Arrays with Gaussian Diagonal Disorder and Nearest-Neighbor Transfer;pp. 35
(I.Avgin,D.L.Huber)

Exciton Fano Resonance in Semiconductor Heterostructures and its Related Phenomena;pp. 37-38
(Ken-ichi Hino,Muneaki Hase,Nobuya Maeshima)

Magnetoexciton Binding Energy in Polar Crystals, Quantum Wells and Graphene Bilayers;pp. 39
(Z.G.Koinov)

Wannier-Mott-Frenkel Hybrid Exciton in Semiconductor-Organic Systems Containing Quantum Dots;pp. 41
(Nguyen Que Huong,Marshall University,Huntington,West Virginia,US)

Excitons in CdO Parabolic Quantum Dots;pp. 43
(M.A.Grado-Caffaro,M.Grado-Caffaro)

Automatic Control Systems in Tokamak Plasmas: Current Status and Needs;pp. 45-46
(Christos Tsironis,Iordanis K.Giannopoulos)

Lower Hybrid Current Drive Experiments in the HT-7 Tokamak;pp. 47-48
(Chen Zhongyong,Institute of Plasma Physics,Huazhong University of Science and Technology,Wuhan,China and others)

Principles and Application of Small Size Divertor Tokamak Plasma Edge;pp. 49
(Amr Hasheim Bekheit,Dept. of Plasma and Nuclear Fusion,Nuclear Research Center,Cairo,Egypt))

An Overview of Plasma Confinement in Toroidal Systems;pp. 51
(Fatemeh Dini,Reza Baghdadi,Reza Amrollahi,Sina Khorasani)

Hollow Cathode Ion Source for the Elemental Analysis of Solids: Formation of an Ion Beam in a Glow Discharge Source;pp. 53-54
(G.G.Sikharulidze,Institute of Microelectronics Technology and Highpurity Materials of the Russian Academy of Sciences,Russia)

On Computer Simulations of Glow Discharges in Low-Temperature Plasma;pp. 55
(Petr Bartos,Rudolf Hrach,University of South Bohemia,Czech Republic and others)

Interaction of Glow Discharge Plasma with the Inhomogeneous Cathode Surface;pp. 57
(V.I.Kristya,Bauman Moscow State Technical University,Kaluga,Russia)

Electrostatic and Electromagnetic Waves in a Relativistic Electron Beam with Axial Magnetic Field Guiding;pp. 59-60
(Behrouz Maraghechi,Hossein Saberi)

X-Rays from Proton Bremsstrahlung: Evidence from Fusion Reactors and Its Implication in Astrophysics;pp. 61-62
(Nie Luo)

Applications of Artificial Intelligence and Multi-Variable Control of Chaos on Tokamak Equilibriums;pp. 63-64
(Danilo Rastovic,Control Systems Group,Zagreb,Croatia))

Generation of Runaway Electrons in Radio Frequency Waves Heating Plasmas;pp. 65
(Chen Zhongyong,Institute of Plasma Physics,Huazhong University of Science and Technology,Wuhan,China and others)

Ball Lightning as an Optical Incoherent Space Spherical Soliton;pp. 67-68
(V.P.Torchigin,A.V.Torchigin,Institute of Informatics Problems of the Russian Academy of Sciences,Moscow)

Skyrmions in Orientifold and Adjoint QCD;pp. 69-70
(Stefano Bolognesi,William I.Fine Theoretical Physics Institute,University of Minnesota,Minneapolis,US)

Asymptotic Analysis of Dispersion-Managed Vector Solitons;pp. 71
(Anjan Biswas,Dept. of Applied Mathematics and Theoretical Physics,Delaware State University,Dover,US

Soliton Fiber Lasers;pp.73-74
(D.Y.Tang,L.M.Zhao,School of Electrical and Electronic Engineering,Nanyang Technological University,Singapore)

The Behaviours and Properties of Microscopic Particles in Nonlinear Systems;pp. 75-76
(Pang Xiao-feng,Institute of Life Science and Technology,University of Electronic Science and Technology of China,Chengdu and others)

The Soliton Theory of Bio-energy Transport in Protein Molecules;pp. 77
(Pang Xiao-feng,Institute of Life Science and Technology,University of Electronic Science and Technology of China,Chengdu and others)

Soliton Structures in Barothropic Relaxing Media;pp. 79
(Kuetche Kamgang Victor,Bouetou Bouetou Thomas,Kofane Timoleon Crepin,Ecole Nationale Sup'erieure Polytechnique,University of Yaounde I,Cameroon and others)

Solitons in Systems with a Cylindrical Symmetry;pp. 81-82
(Yu.Ya.Golub,Bauman Moscow State Technical University,Russia and others)

Diffusion in Twisted Magnetic Flux Tubes and Diffusionless Solitonic Surfaces;pp. 83
(L.C.Garcia de Andrade,Fabiana Fernandes,Departmento de Fisica Teorica,Universidade do Estado do Rio de Janeiro,Brasil)

Electrostatic Solitons and Sagdeev Pseudopotentials in Space Plasmas: Review of Recent Advances;pp. 85
(Frank Verheest,Manfred A.Hellberg,Universiuteit Gent,Belgium and others)

Theory of Soliton Lasers: Dynamics, Stability and Mode-Locking;pp. 87
(J.Nathan Kutz,University of Washington,Seattle,WA,US)

The Riccati Equation in the Study of Solitons;pp. 89
(Cesar A.Gomez S.,Universidad Nacional de Colombia,Bogota)

Constructing Exact Solutions to Soliton Equation by Computer Algebraic;pp. 91
(Zhen Wang,Li Zou,Dept. of Applied Mathematics,Dalian University of Technology,China and others)

Mathematical Physics Properties of Waves on Finite Background;
pp. 93-94
(Natanael Karjanto,E.van Groesen,The University of Nottingham Malaysia Campus and others)

Soliton and Periodic Solutions of the Short Pulse Model Equation;
pp. 95
(Yoshimasa Matsuno,Graduate Schhol of Science and Engineering,Yamaguchi University,Japan)

Control of Chaotic and Exploding Dissipative Kink-Solitons;pp. 97
(A.Bellorin,J.A.Gonzalez,L.E.Guerrero,Universidad Central de Venezuela,Caracas and others)

Chiral Quark Soliton Model and Nucleon Spin Structure Functions;pp. 99
(M.Wakamatsu,Dept. of Physics,Osaka University,Japan)

Higher-order Solitons and Modulation Instability in Optical Fibers;pp. 101
(Ayhan Demircan,Uwe Bandelow,Monika Pietrzyk,Igor Kanattsikov,
Weierstrass Institute for Applied Analysis and Stochastics,
Berlin,Germany)

Gap Solitons in Bragg Supergratings;pp. 103
(Thawatchai Mayteevarunyoo,Boris A.Malomed,Dept. of Physical Electronics,School of Electrical Engineering,Tel Aviv University,Israel and others)

Effects of Perturbations on the Propagation of Optical Solitons
pp. 105
(G.Tsigaridas,University of Patras,Greece and others)

A Numerical Study on the Generation Period of Internal Solitons in the Northern South China Sea;pp. 107
(Shugun Cai,Xiaomin Long,Danpeng Dong,LED South China Sea Institute of Oceanology,Guangzhou,China)

A New Integrable System from the Kadomtsev-Petviashvili Equation;
pp. 109
(Attilio Maccari,Rome,Italy)

Methods of Mechanical Analogy in Gas-Dynamic Theories of Nonlinear Waves in Plasma;pp. 111
(A.E.Dubinov,M.A.Sazonkin,Russian Federal Nuclear Center--All-Russia Scientific Research Institute of Experimental Physics,Sarov)

Dispersive Behavior of Highly Nonlinear Optical Solitary Waves;pp. 113
(M.A.Grado-Caffaro,M.Grado-Caffaro,Madrid,Spain)

Numerical Modelling of Wind Waves: Problems, Solutions, Verifications, and Applications;pp. 115-116
(V.G.Polnikov,Obukhov Institute for Physics of Atmosphere of Russian Academy of Sciences,Moscow)

An Overview of Plasma Confinement in Toroidal Systems;pp. 117
(Fatemeh Dini,Reza Baghdadi,Reza Amrollahi,Sina Khorasani,Dept. of Physics and Nuclear Engineering,Amirkabir University of Technology,Tehran,Iran and others)

Cosmic Rays and Safety;pp. 119-120
(Neila Zarrouk,Raouf Bennaceur,Laboratoire de Physique de la Matiere Condensee,Faculte des Sciences de Tunis,Tunisia)

Laser Physics;pp. 121
(Ahmed Safwat,Urology Department,Assiut University,Egypt)

Expression of Full Vector Vertex Function in QED;pp. 123
(A.D.Bao,Dept. of Physics,Northeast Normal University,Chang chun China and others)

Condensate Fraction in Metallic Superconductors and Ultracold Atomic Vapors;pp. 125
(Luca Salasnich,Universita di Padova,Italy)

Spontaneous Symmetry Breaking in a Mixed Superfluid of Fermions and Bosons Trapped in Double-Well Potentials;pp. 127-128
(S.K.Adhikari,B.A.Malomed,L.Salasnich,F.Toigo,Instituto de Fisica Teorica,Universidade Estadual Paulista,Sao Paulo,Brazil and others)

Algebra and Thermodynamics of Q-Deformed Fermion Oscillators;pp. 129-130
(A.Lavagno,P.Narayana Swamy,Politecnico di Torino,Italy and others)

Spacetime Fermion Manifolds;pp. 131
(Bernd Schmeikal,University of Vienna,Austria)

Lattice Dynamics for Spinel Structure Compounds;pp. 133-134
(A.K.Kushwaha,Dept. of Physics,K.N.Govt.P.G.College,Gyanpur,
Bhadohi,India)

Lattice Dynamics of Metallic Elements and Their Alloys Studied by Pseudopotential Theory;pp. 135
(Aditya M.Vora,S.T.B.S.College of Diploma Engineering,Surat,
Gujarat,India)

Radionuclide Activity Levels in Cow Milk: Survey and Impact;pp. 137
(J.Desimoni,L.Errico,M.A.Taylor,Departmento de Fisica,Facultad de Ciencias Exactas-UNLP,La Plata,Argentina and others)

Research on Theoretical Physics: A Brief Introduction;pp. 139
(Aditya M.Vora,Humanities and Social Science Dept. STBS.College of Diploma Engineering,Surat,Gujarat,India)

The Groups of (Sub)MM Condensations, Radial Systems of Dark Globules, Trapezium-Type Systems;pp. 141
(A.L.Gyulbudaghian,V.A.Ambartsumian,Byurakan Astrophysical Observatory,Armenia)

The Fractal Space-Time Theory and Its Implications;pp. 143
(Maricel Agop,Universite des Science et Technologies de Lille,France and others)

Positioning Ge-Dots on Si for Device Applications;pp. 145
(E.Kasper,O.Kirfel,A.Karmous,University of Stuttgart,Germany)

Simplified Radon Entry Rate Estimation Methodology from Tracer and Radon Concentrations Based on Functional Data Analysis Approach;
pp. 147-148
(Marek Brabec,Karel Jilek,Academy of Sciences of the Czech Republic,Institute of Computer Science,Prague and others)

Machining Steel XC42 by High-Power Continuous CO2 Laser (Physical Process Description, Energetic and Thermal Modeling;pp. 149-150
(Neila Jebbari,Mohamed Mondher Jebari,Annie Tarrats-Saugnac,Jean Paul Longuemard,Faculte des Sciences de Tunis,LPMC,Dept. de physique,Campus Universitaire,Tunis,Tunisie and others)

Innovative Imaging of Olfactory Nerve Connectivity ― "Thallium-201 Olfacto-Scintigraphy";pp. 151-152
Hideaki Shiga,Takaki Miwa,Dept. of Otorhinolaryngology,Kanazawa Medical University,Ishikawa,Japan)

P-Type IngaAs/AlgaAs Quantum Well Structures for Infrared Photodetection;pp. 153-154
(Wei Shi,D.H.Zhang,Qualcomm Inc.,San Diego,CA,US and others)

Discrete Vortex Solitons in Dipolar Bose-Einstein Condensates;pp. 155
(G.Gligoric,A.Maluckov,M.Stepic,L.j.Hadzievski,B.A.Malomed,Vinca Institute of Nuclear Sciences,Belgrade Serbia and others)

Lattice Theory of Dislocation;pp. 157
(Wang Shaofeng),Institute for Structure and Function,Chongqing University,P.R.China)

Direct Measurement and Control of Lattice Dynamics using Femtosecond Laser Pulses;pp. 159
(Kazutaka G.Nakamura,Materials and Structures Laboratory,Tokyo Institute of Technology,Japan)

The Mass-Metallicity Relation: A Fossil from the Star Formation History of Galaxies;pp. 161
(Maria Emilia De Rossi,Instituto de Astronomia y Fisica del Espacio,Argentina)

Development in the Scattering Matrix Theory: From Spin-Orbit- Coupling Affected Shot Noise to Quantum Pumping;pp. 163
(Rui Zhu,Dept. of Physics,South China University of Technology,Guangzhou,People's Republic of China)

Current Quark Mass and Nonzero-Ness of Chiral Condensates in Thermal Nambu-Jona-Lasinio Model;pp. 165-166
(Bang-Rong Zhou,College of Physical Sciences,Graduate University of the Chinese Academy of Sciences,Beijing,China)

Solitons in Three-Level Atomic System;pp. 167
(N.Boutabba,H.Eleuch,International Center of Theoretical Physics,Trieste,Italy and others)

Ferromagnetic Insulator in the Electron-Doped Manganites;pp. 169
(Jie Yang,Yuping Sun,Key Laboratory of Materials Physics,Institute of Solid State Physics,Chinese Academy of Sciences,Hefei,People's Republic of china and others)

Insulator Inspection Technologies;pp. 171
(Joon-Young Park,Korea Electric Power Corporation,Seoul,South Korea)

High-k Dielectric Insulators Used in Low-Voltage Organic Field-Effect Transistors;pp.173
(Hu Yan,Toshihiko Jo,Hidenori Okuzaki,University of Yamanashi,Kofu,Japan)

Quantum Non-Magnetic States near Metal-Insulator Transition: A New Candidate of Spin Liquid State;pp. 175
(Su-PengKou,Dept. of Physics,Beijing Normal University,China)

Theory of Normal State Transport in Cuprates in Magnetic Field;pp.177
(Zhihao Geng,Dept. of Physics,Beijing Normal University,China)

Electrodynamics of Mott Insulators and Insulator to Metal Transitions;pp. 179-180
(A.Perucchi,L.Baldassarre,S.Lupi,Sincrotrone Trieste,Area Science Park,Basovizza,Trieste,Italy)

Leakage Current on High Voltage Contaminated Insulators;pp. 181-182
(P.T.Tsarabaris and C.G.Karagiannopoulos,National Technical University of Athens,School of Electrical and Computer Engineering,Athens,Greece)

Synthesis and Study of Nanoscale Magnetic Semiconductor and Magnetic Metal/Insulator Films: Role of Energetic Ions;pp. 183-184
(S.Ghosh,Nanostech Laboratory,Indian Institute of Technology,New Delhi,India)

Numerical Simulation of Multiphase Flow System;pp. 185
(Steffen Schutz,Kathrin Kissling,Martin Schilling,Cornelia Seyfert,Institute of Mechanical Process Engineering,University of Stuttgart,Germany)

Modeling Multiphase Flow with Phase Change and Heat Transfer: Status Review, Challenges and Future Research Direction;pp. 187-188
(R.Panneer Selvam,Suranjan Sarkar,Mita Sarkar,Joseph Johnston,Computational Mechanics Laboratory,University of Arkansas,US)

Incorporation of In-Situ Flow Parameters and Flow Pattern Phenomena into A Mathematical Model of an Air-Water Mixture Using Concomitancy Criteria Based on Experimental Studies of Advanced Micro Cooling Modules with Phase Transition;pp. 189-190
(Jerry K.Keska,William E.Simon,Dept. of Mechanical Engineering,University of Louisiana,Lafayette,US)

Influence of the Interfacial Drag on Pressure Loss for Two Phase Flow and Coolability in Porous Media;pp. 191-192
(Werner Schmidt,Erlangen,Germany)

Hydrodynamic Studies on Two-Phase Gas-Liquid Flow in an Ejector Induced Downflow Bubble Column;pp. 193-194
(Ajay Mandal,Dept. of Petroleum Engineering,Indian School of Mines University,Dhanbad,India)

Modeling Explicitly the Flow of Three Dimensional Deformable Particles and Droplets, at High Concentration;pp. 195
(Michael M.Dupin,Steele Laboratory,Massachusetts General Hospital,Harvard Medical School,Boston,US)

A WIMF Scheme for the Drift-Flux Two-Phase Flow Model;pp. 197
(Steinar Evje,Tore Fl'atten,Svend Tollak Munkejord,Centre of Mathematics for Applications (CMA)Oslo,Norway and others)

Modelling of the Interaction of the Dispersed and the Continuous Phases in A Liquid-Liquid Extraction Column;pp. 199-200
(A.-H.Meniai,A.Hasseine,O.Saouli,A.Kabouche,Universite de Constantine,Algeria)

Two-phase Gas-Liquid Flow Properties in the Hydraulic Jump:
Review and Perspectives;pp. 201-202
(Frederic Murzyn,Hubert Chanson,Parc Universitaire de Laval Change,France,Dept.Civil Engineering,The University of Queensland,Brisbane,Australia)

Two Phase Flow and Heat Transfer of Sub- and Super-Critical CO2 in Macro- and Micro-Channels;pp. 203
(Lixin Cheng,John R.Thome,School of Engineering,University of Aberdeen,King's Colege,Scotland)

Two-phase Model of PEM Fuel Cells for Optimal Flow Field Design of Bipolar Plates;pp. 205-206
(Xiao-Dong Wang,Wei-Mon Yan,Yuan-Yuan Duan,School of Engineering,University of Science and Technology,Beijing,China and others)

Two-Phase Flow and Transport in Porous Media Including Fluid-Fluid Interfacial Area;pp. 207
(Jennifer Niessner,S.Majid Hassanizadeh,University of Stuttgart,Germanay and others)

Pneumatic Conveying of Coarse Particles in Vertical Pipes;pp. 209
(M.C.Ferreira,J.T.Freire,Chemical Engineering Dept.,Federal University of Sao Carlos,Brazil)

CFD Modelling of Multiphase Flow Application to Air-Breathing PEM Fuel Cells;pp. 211-212
(Maher A.R.Sadiq Al-Baghdadi,Dept.of Mechanical Engineering,International Technlogical University,London,UK)

An Overview of Experimental Observations of Turbulent Dispersion and Turbulence Modulation in Dilute Multiphase Flows;pp. 213
(R.N.Parthasarathy,School of Aerospace and Mechanical Engineering,University of Oklahoma,US)

Turbulent Viscosity Controlling Time-Averaged Field in Bubble Columns;pp. 215
(Korekazu Ueyama,Division of Schemical Engineering,Osaka University,Japan)

Fabrication and Applications of Polymer Photonic Crystals;pp. 217-218
(Jingxia Wang,Yanlin Song,The Laboratory of New Materials,Chinese Academy of Sciences,China)

Achieving Complete Band Gaps Using Low Refractive Index Material;
pp. 219-220
(Dahe Liu,Tianrui Zhai,Zhaona Wang,Key Laboratory of Nondestructive Test (Ministry of Education)Nanchang Hangkong University,Nachang,China and others)

Photonic Crystals for Microwave Applications;pp. 221-222
(Yoshihiro Kokubo,University of Hyogo Himeji-shi,Japan)

Physics of Photonic Crystal Couplers and their Applications;
pp. 223-224
((Chih-Hsien Huang,Forest Shih-Sen Chien,Wen-Feng Hsieh,
Szu-Cheng Cheng,Institute of Electro-Optical Science and Engineering,National Cheng Kung University,Taiwan,R.O.C.and others)

A Photonic Band Gap in Quasicrystal-Related Structures;pp. 225
(P.N. Dyachenko,Yu.V.Miklyaev)
(Image Processing Systems Institute RAS,Samara,Russia and others)

Spectrum Engineering with One-Dimensional Photonic Crystal;
pp. 227
(Anirudh Banerjee,Dept. of Electronics and Communication,Amity University,Uttar Pradesh,India)

Transmission through Kerr Media Barriers within Waveguides: Device Applications;pp. 229
(A.R.McGurn,Dept.of Physics,Western Michigan University,Kalamazoo,US)

Influence of the solid-liquid adhesion on the self-assembling properties of colloidal particles;pp. 231
(Edina Rusen,Alexandra Mocanu,Bogdan Marculescu,Corina Andronescu,I.C.Stancu,L.M.Butac,A.Ioncea,I.Antoniac,University Politehnica Bucharest,Romania and others)

Optical Logic Gate Based in a Photonic Crystal;pp. 233
(A.Wirth L.Jr.,A.S.B.Sombra)

Two-Dimensional Photonic Crystals with Glide-Plane Symmetry for Integrated Photonics Applications;pp. 235
(Adam Mock,Ling Lu,Central Michigan University,Mount Pleasant,US and others)

Nonlinear Photonic Crystals of Strontium Tetraborate;pp. 237
(A.S.Aleksandrovsky,A.M.Vyunishev,A.I.Zaitsev,L.V.Kirensky Institute of Physics,Krasnoyarsk,Russia and others)

Optical Properties of Self-Assembled Colloidal Photonic Crystals Doped with Citrate-Capped Gold Nanoparticles;pp. 239
(Marco Cucini,Marina Alloisio,Anna Demartini,Davide Comoretto,Universita degli Studi di Genova,Italy)

Mathematical Representation of the Group Index in a Photonic Crystal;pp. 241
(M.A.Grado-Caffaro,M.Grado-Caffaro,Madrid,Spain)

The Modal-Hamiltonian Interpretation of Quantum Mechanics: Physical Relevance and Philosophical Implications;pp. 243
(Olimpia Lombardi,Sebastian Fortin,Mario Castagnino,Juan Sebastian Ardenghi,Universidad de Buenos Aires,Argentina and others))

Numerical Methods for the Eigenvalue Determination of Second- Order Ordinary Differential Equations in Quantum Mechanics;pp. 245
(Hideaki Ishikawa,Hadano,Kanagawa,Japan)

Can Quantum Mechanical Collapse Be Observer Relative?;pp. 247-248
(James Henderson,University of Pittsburgh,PA.US)

A New Paradigm for Quantum Reality;pp. 249
(Jagdish N.Srivastava,Institute for the Exploration of Higher Reality,Cupertino,Ca,US)

Quantum Mechanics and Realism;pp. 251
(Vassilios Karakostas,University of Athens,Greece)

The Quantum Mechanical Mechanism Behind the End Results of the GTR: Matter Is Buılt on the Lorentz Invariant Framework Energy X Mass X Lengt H2 ~ H2;pp. 253-254
(Tolga Yarman,Okan University,Kadikoy,Istanbul,Turkey)

Geometric Phases and Topological Effects in Quantum Mechanics;pp. 255
(Y.Ben-Aryeh,Physics Dept.,Technion-Israel Institute of Technology,Haifa)

On the Possibility of Considering Quantum Mechanics as a Darwinian Theory;pp. 257-258
(C.Baladron,Universidad de Valladolid,Spain)

What Maxwell‘s Equations Say about Photons and Atoms;pp. 259
(Cynthia Kolb Whitney,Tufts University,Arlington,MA,US)

The Wave Function Collapse as an Effect of Field Quantization;pp. 261
(K.Lewin,Berlin,Germany)

Biological Membranes Seen by Quantum Mechanics: Permeant Ions in Human Red Blood Cell and Resting Axolemma Squid Axon Membranes;pp. 263
(S.G.Elkomoss,I.Bernhardt,A.Pape,ULP-UFR de Sciences Physiques,Strasbourg,France and others

Perception of Micro-and Macrocosms and the Conception of Number in Physics;pp. 265
(Elmira A.Isaeva, Institute of Physics of the National Academy of Sciences of Azerbijan,Baku)

Time-Symmetry in Single-Electron Double-Slit Experiment and Locality of Einstein-Rosen-Podolsky Correlation;pp. 267
(Noboru Hokkyo,Senjikan Institute,Niigata,Japan)

Some Quantum Effects in Magnetic Field;pp. 269-270
(Miroslav Pardy,The Laboratory of the Plasma Physics,Masaryk University,Brno,Czech Republic)

Quantum Mechanics and Mathematical Statistics;pp. 271
(L.Skala,J.Cizek,V.Kapsa,Charles University,Prague,Czech Republic and others)

Photodectors Based on Quantum-Well Structures: Theory, Properties and Novel Concepts;pp. 273
(Carlos Rivera,Universidad Politecnica de Madrid,Spain)

Recent Developments of PbSe-Based IV-VI Semiconductor Quantum Well Structures;pp. 275-276
(Shaibal Mukherjee,Shelly L. Elizondo,Lee A.Elizondo,Zhisheng Shi,University of Oklahoma,Norman,US and others)

Electronic Properties of Semiconductor Superlattices Subject to Tilted Magnetic Fields;pp. 277-278
(Nataliya A.Goncharuk,Ludvik Smrcka,Institute of Physics,Prague,Czech Republic)

Coupled Quantum Well Structures;pp. 279
LiLi Yang,Q.X.Zhao,M.Willander,Linkoping University,Norrkoping,Sweden)

Collective Electronic Excitations in Systems Exhibiting Quantum Well States;pp. 281
(Antonio Politano,Universita degli Studi della Calabria,Italy)

Magneto-Optical Study of Semimagnetic Single and Double Quantum Well Structures based on Cd(Mn)Se/CdMgSe Material System;pp. 283-284
(I.I.Reshina,S.V.Ivanov,Ioffe Physical Technical Institute,Russian Academy of Sciences,St.Petersburg,Russia)

Optical Gain in InGaAsN Quantum Well Structures. Summary of Various Approaches;pp. 285
(M.S.Wartak,Wilfrid Laurier University,Waterloo,Ontario,Canada)

Magnetoexciton Dispersion in GaAs - (Ga, Al) As Single and Coupled Quantum Wells;pp. 287-288
(Z.G.Koinov,St.Petersburg Electrotechnical University,Russia)

Investigation of Intersubband transitions in (In,Ga)AsN based quantum wells using ten-band and sixteen-band KP methods;pp. 289-290
(D.H.Zhang,W.Liu,W.J.Fan,School of Electrical and Electronic Engineering,Nanyang Technological University,Singapore)

Bonding and Antibonding States in Natural Molecules and Double Quantum Wells;pp. 291
(R.M.Gutierrez,A.Castaneda,Universidad Antonio Narino,Bogota,Columbia)

Spin Splitting in Modulation-Doped Semiconductor Quantum Wells;
pp. 293-294
(U.Ekenberg,D.M.Gvozdic)

Infinite Quantum Well: On the Quantization Problem;pp. 295
(P.L.Garcia de Leon,J.P.Gazeau,D.Gitman,J.Queva,Universit'e Paris Diderot,France and others)

Elementary Excitations in Artificially Disordered Electron Systems: Random Multi-layers;pp. 297
(Yu.A.Pusep,Instituto de Fisica de Sao Carlos,Universidade de Sao Paulo,Brazil)

Quantum Wells Under In-Plane Magnetic Field: Density of States and Novel Phenomena in Thermodynamic Properties, Magnetization and Spin-Polarization;pp. 299-300
(Constantinos Simserides,Institute of Materials Science,National Center of Scientific Research Demokritos,Athens,Greece)

Effects of Weak Magnetic Field on Rashba Spin Orbit Interaction in Spin Dependent Resonant Transmission in A ZeSe/Zn1-xMnxSe Heterostructure;pp. 301
(A.John Peter,Govt. Arts College,India)

Classification of Elementary Particles in the Phase–Trees Theory;
pp. 303
(A.V. Khromov,VNII OFI - Institute of Optical and Physical Measurements,Moscow,Russia)

Modular Forms and Superstrings Amplitudes;pp. 305
(L.Sergio Cacciatori,Dalla Francesco Piazza,Dipartmento di Fisica e Matematica,Universit'a dell'Insubria Milano,Italy)

The Cosmology of the Type IIB Superstrings Theory with Fluxes;
pp. 307-308
(Matos Tonatiuh,Jose-Ruben Luevanpo,Hugo Garcia-Compean,Erandy Ramirez)

Bosonic String and String Field Theory: A Solution Using the Holomorphic Representation;pp. 309
(C.G.Bollini,M.C.Rocca,Universidad Nacional de La Plata,Argentina)

Thermal and Quantum Induced Early Superstring Cosmology;pp. 311-312
(F.Bourliot,J.Estes,C.Kounnas,H.Partouche,Centre de Physique Theorique,Ecole Polytechnique,France and others)

Supersymmetric Standard Model and Its Particle Spectrum from Four Dimensional Superstring;pp. 313-314
(B.B.Deo,L.Maharana,Dept.of Physics,UtkalUniversity,Bhubaneswar,India)

Practical Application of Laser-Induced Plasma Expansion Models for Thin Film Deposition;pp. 315-316
(E.de Posada,J.G. Lunney,T.Flores,L.Ponce,M.Arronte,E.Rodriquez,Institute Politecnico Nacional,Tamaulipas,Mexico and others)

Cluster-Containing Plasma Plumes: The Attractive Media for High-Order Harmonic Generation of Laser Radiation;pp. 317
(R.A.Ganeev,Institute of Electronics,Tashkent,Uzbekistan)

Pulsed Laser Deposition of V2O5 and Time-of-Flight Analysis of the Laser-Induced Plasma;pp. 319
(Szabolcs Beke,Laser Technology Laboratory,Advanced Science Institute,Saitama,Japan)

Nanosecond and Femtosecond Laser Ablation of TeO2 Crystals: Surface Characterization and Plasma Analysis;pp. 321-322
S.Beke,K.Sugioka,K.Midorikawa,J.Bonse,Laser Technology Laboratory,Advanced Science Institute,Saitama,Japan and others)

Resonant Harmonic Generation of Short Pulse Laser in Plasma;pp. 323
(Niti Kant,A.K.Sharma,Dept.of Physics,Lovely Professional University,Punjab,India and others)

Influence of Heterogeneous Nature of Laser Ablation on Near-Surface Plasma Formation and Propagation;pp. 325
(Yu Chivel,Institute of Applied Physical Problems,Minsk,Belarus)

Prospectives of Laser-Induced Breakdown Spectrometry: More Sensitive, Precise and Flexible Analysis;pp. 327-328
(Timur A.Labutin,Vasily N.Lednev,Andrey M.Popov,Dept. of Chemistry,M.V.Lomonosov Moscow State University,Russia and others)

Parametric Instabilities of Ultraintense Laser Pulses Propagating in Plasmas;pp. 329
(Meenu Varshney Asthana,Sonu Sen,Dinesh Varshney,Dept. of Physics,M.B.Khalsa Cllege,Indore,India)

Advanced CO2 Laser-Induced Plasma Processing and its Application;
pp. 331-332
(Chen-Kuei Chung,National Cheng Kung University,Taiwan)

Metal Nanostructures with Controlled Profiles Fabricated by Nanosphere Lithography for Localized Surface Plasmon Resonance;
pp. 333-334
(Xiaodong Zhou,Kai Yu Liu,Nan Zhang,Institute of Materials Research and Engineering,A*STAR,Singapore and others)

Strategies for the Enhancement of Surface Plasmon Resonance Immunoassays for High Sensitivity Biosensors;pp. 335-336
(John S.Mitchell,Yinqiu Wu,The New Zealand Institute for Plant & Food Research Ltd,East St.Hamilton)

Plasmon Dispersion and Damping in Two-Dimensional Electron Gases on Metal Substrates;pp. 337
(Antonio Politano,Universita degli Studi dell Calabria,Rende,Italy)

Evanescent Coupling between Resonant Plasmonic Nanoparticles and the Design of Nanoparticle Systems;pp. 339
(T.J.Davis,CSIRO Future Manufacturing Flagship,Clayton South MDC,Victoria,Australia)

SPR-Facilitated Interrogation of Enzymatic Reactions Involving Nucleic Acids;pp. 341
(Wendi M.David,Dept. of Chemistry & Biochemistry,Texas State University-San Marcos,Texas)

Surface Plasmon Assisted Microscopy: Reverse Kretschmann Fluorescence Analysis of Kinetics of Hypertrophic Cardiomyopathy Heart;pp. 343
(J.Borejdo,P.Mettikolla,N.Calander,R.Luchowski,I.Gryczynski,
Z.Gryczynski,University of North Texas,HSC,Fort Worth,US)

Two-Dimensional Plasmon Polariton Nanooptics by Imaging in Far-Field;pp. 345
(Andrey L.Stepanov,Joachim R.Krenn,Laser Zentrum Hannover,Germany and others)

Surface Plasmon Resonance Spectroscopy for Biomimetic Membrane Assembly and Protein-Membrane Interactions Studies;pp. 347-348
(Joel Chopineau,Laure Beven,Daniel Ladant,Claire Rossi,Ecole Nationale Superieure deChimie,Montpellier,France and others)

Plasmonic Phenomena in Nanoarrays of Metallic Particles;pp. 349
(Victor Coello,Rodolfo Cortes,Paulina Segovia,Cesar Gacia,Nora Elizondo,Centro de Investigacion Cientifica y Educacion Superior de Ensenada,(U.Monterrey),,Mexico and Others)

Application of Localized Surface Plasmons to Study Morphological Changes in Metal Nanoparticles;pp. 351
(T.A.Vartanyan,N.B.Leonov,S.G.Przhibelskii,St.Petersburg State University of Information Technologies,Russian Federation)

Surface Plasmon Resonance -- Applications in Nanoparticle Detection from a Liquid Matrix Using the Maximum Entropy Method;pp. 353-354
(Jarkko J.Saarinen,Erik M.Vartiainen,Kai-Erik Peiponen,Abo Akademi University,Finland and others)

Enhanced Transmission of Light and Matter Through Subwavelength Nanoapertures by Far-Field Multiple-Beam Interference;pp. 355-356
(S.V.Kukhlevsky,Institute of Physics,University of Pecs,Hungary)

Graded Plasmonic Structures and Their Properties;pp. 357
(Jun Jun Xiao,Kousuke Yakubo,Kin Wah Yu,Dept. of Electronic and Information Engineering,Shenzhen Graduate School,Harbin Institute of Technology,Shenshen,China and others)

Infrared Surface Plasmon Spectroscopy of Living Cells;pp. 359
M.Golosovsky,V.Yashunsky,A.Zilberstein,T.Marciano,V.Lirtsman,D.DavidovB.Aroeti,The Racah Institute of Physics,The Hebrew University of Jerusalem,Israel and others)

Basic Properties of Plasmons;pp. 361
(J.T.Mendonca,IPFN,Instituto Superior Tecnico,Lisboa,Portugal)

Exciton-Plasmon Interactions in Individual Carbon Nanotubes;pp. 363
(Igor V.Bondarev,Lilia M.Woods,Adrian Popescu,Dept. of Physics,North Carolina Central University,Durham,US and others)

Surface Phenomena caused by Optical Spin-Orbit Interaction: A Pedagogical Theory using Quantum Mechanical Concepts;pp. 365
(I.Banno,Interdisciplinary Graduate School of Medicine and Engineering,University of Yamanashi,Japan)

Azobenzene Containing Polymers: Fundamentals and Technical Applications;pp. 367
(Yanhua Luo,Qijin Zhang,CAS Key Laboratory of Soft Matter,University of Science and Technology of China,Hefei,Anhui,China)

Calcium Orthophosphate Cements and Concretes;pp. 369
(Sergey V.Dorozhkin,Moscow,Russia)

Sinter-Alloying and Properties of Manganese Steels – State of the Art;pp. 371
(Andrej Salak,Marcela Selecka,Institute for Materals Research of Slovak Academy of Sciences,Kosice,Slovak Republic)

Microstructurally Short Cracks in Polycrystalls Described by Crystal Plasticity;pp. 373-374
(Leon Cizelj,Igor Simonovski,Jozef Stefan Institute,Ljubljana Slovenia)

Composite Laminates Performance Enhancement by Nanoparticles Dispersion: an Investigation on Hybrid Nanocomposites;pp. 375
(Antonio F.Avila,Universidade Federal de Minas Gerais,Dept.of Mechanical Engineering,Belo Horizonte,MG,Brazil)

Recent Development of Fullerenol Research;pp. 377-378
(T.H.Goswami,Rachana Singh,Defense Materials & Stores Research & Development Establishment,India)

Impact of Inorganic Particles on the Polymer Composite and Its Application to Special Effect;pp. 379-380
(Yong-Chan Chung,Byoung Chul Chun,Dept. of Chemistry,The University of Suwon,Korea and others))

Different Aspects of Application of Liquid Crystals in Cholesteric and Pretransitional Phases;pp. 381
(Guram Chilaya,Institute of Cybernetics,Tbilisi,Georgia)

Biodegradable Hydrogels as Drug Delivery Systems for Tissue Engineering Applications;pp. 383
(G.Kacey Marra,J.Alicia DeFail,Division of Plastic and Reconstructive Surgery,University of Pittsburgh,PA.US and others)

Free Vibration Analysis of Generally Laminated Composite Plates by the Inverse Multiquadric Radial Basis Functions and First-Order Shear Deformation Theory;pp. 385
(Song Xiang Ke-Ming,Wang Ming-sui Yang,Guang-chao Li,College of Aeroengine & Energy Engineering,Shenyang Institute of Aeronautical Engineering,People's Republic of China)

Graph-Skein Modules of the Three-Manifolds;pp. 387
(Nafaa Chbili,Dept. of Mathematical Sciences,United Arab Emirates University Al Ain,U.A.E.)

Modeling the Plasticity of Nanoporous NI/YSZ High Temperature Fuel Cell Anode Under Uniaxial Loading;pp. 389
(Yong X.Gan,Dept. of Mechanical Industrial and Manufacturing Engineering,The University of Toledo,Ohio,US)

Continuum Dislocation Theory and Related Size Effects in Crystal Plasticity;pp. 391
(Dennis M.Kochmann,Khanh C.Le,Lehrstuhl fur Allgemeine Mechanik,Ruhr Universitat Bochum,Germany)

Non-Equilibrium Magnetism of Single-Domain Particles for Characterization of Magnetic Nanomaterials;pp. 393-394
(Mikhail A.Chuev,Jurgen Hesse,Institute of Physics and Technolgy,Russian Academy of Sciences,Moscow and others)

Magnetic and Electronic Structure Modifications Induced by Surface Segregation in La0.65Pb0.35MnO3 Thin Films;pp. 395
(C.N.Borca,Hae-Kyung Jeong,Takashi Komesu,Paul Scherrer Institut,Villigen,Switzerland and others)

Site Disorder and Finite Size Effects in Rare-Earth Manganites;pp. 397-398
(K.F.Wang,S.Dong,J.M.Liu,Nanjing National Laboratory of Microstructure,Nanjing University,China and others)

Processing and Properties of Thin Manganite Films;pp. 399-400
(S.Canulescu,C.N.Borca,M.Dobeli,P.Schaaf,T.Lippert,A.Wokaun,EMPA Materials Science and Technology,Thun,Switzerland and others)

Study of the Magnetic Properties of the Semiconductors and the Nanomaterials by Different Theoretical Methods;pp. 401-402
(R.Masrour,M.Hamedoun,Laboratoire de Physique du Solide,Universite Sidi Mohammad Ben Abdellah,Morocco and others)

Fast Domain Wall Dynamics in Thin Magnetic Wires (Review);pp. 403
(R.Varga,Inst.Phys.,Fac.Sci.UPJS,Kosice,Slovakia)

Substitution- Induced Structural, Ferroelectric and Magnetic Phase Transitions in Bi1-xGdxFeO3 Multiferroics;pp. 405
(V.A.Khomchenko,A.L.Kholkin,Dept.of Ceramics and Glass Engineering & CICECO,University of Aveira,Portugal)

Pinning Effect on Local Magnetization in Ferrimagnets A2FeMoO6
(A = Ba, Ca) Examined by Transmission Electron Microscopy (TEM);
pp. 407-408
(X.Z.Yu,T.Asaka,Y.Tomioka,T.Arima,Y.Tokura,Y.Matsui,National Institute for Materials Science,Ibaraki,Japan and others)

Obtaining Magnetic and Electric Information on Organic Systems using Electron Spin Resonance;pp. 409
(L.Walmsley,Instituto de Geociencias e Ciencias Exatas,Universidade Esadual Paulista,Rio Claro,Brazil)

Orbital Dilution Effect in Mott Insulating System;pp. 411
(Sumio Ishihara,Dept. of Physics,Tohoku University,Sendai,Japan)

A Review of Preparation, Properties and Applications of Rare Earth Magnetic Thin Films;pp. 413
(James Wang,Jo Ann Gan,Yat Choy Wong,Christopher C.Berndt,Industrial Research Institute Swinburne,Swinburne University of Technology,Hawthorn,Australia and others)

Microstructure Dependent Magnetoresistance and Electroresistance Properties of La0.6Pb0.4MnO3 Thin Films;pp. 415-416
(Ajay Singh,A.K.Debnath,D.K.Aswal,S.K.Gupta,J.V.Yakhmi,Technical Physics Division,Bhabha Atomic Research Center,Mumbai,India)

Role of Defects, Surface and Interface Disorders and Clusters on the Magnetic Properties of Transition Metal Doped Semiconducting Oxide Thin Films;pp. 417-418
(C.Sudakar,Dept. of Physics,Indian Institute of Technology Madras,Chennai,India)

Developments in Giant Magnetoresistance and Tunneling Magnetoresistance Based Spintronic Devices with Perpendicular Anisotropy;pp. 419-420
(Seongtae Bae,Naganivetha Thiyagarajah,Dept. of Electrical and Computer Engineering,National University of Singapore)

Correlation of Domain Structure with Magneto-Impedance Effect;pp. 421-422
(T.Nakai,K.I.Arai,J.Yamasaki,M.Yamaguchi,K.Ishiyama,S.Yabukami,
K.Takada,H.Abe,Industrial Technology Institute,Miyagi Perfectural Government,Sendai,Japan and others)

Magnetic Switching of Magnetic Nanofilms and Management Spin Current by Pulse Laser Radiation;pp. 423-424
(M.M.Krupa,Institute of Magnetism NASU.Kyiv,Ukraine))

RF – Sputtered Nanocrystalline Cu-Zn Ferrite Thin Films;pp. 425
(R.Singh,M.Sultan,School of Physics,University of Hyderabad,Andhra,Pradesh,India)

L10 FePt (001) Thin Films for Perpendicular Magnetic Recording Media;pp. 427-428
(Y.F.Ding,X.Zhao,E.Liu,School of Mechanical and Aerospace Engineering,Nanyang Technological University,Singapore)

High Temperature Ferromagnetism in Pristine Semiconducting Oxide Thin Films;pp. 429-430
(Nguyen Hoa Hong,Dept. of Physics and Astronomy,Seoul National University,South Korea)

FePt Thin Films: Magnetic Properties and Domain Wall Propagation;
pp. 431
(J.P.Attane,Universite Joseph Fourier,Grenoble,France)

Improvement of Magnetoimpedance Effect in Magnetic Thin Films by Laminating Permalloy Layer;pp. 433
(Zhiyong Zhong,Huaiwu Zhang,Xiaoli Tang,Hu Su,Feiming Bai,Lijun Jia,Shuang Liu,State Key Laboratory of Electronic Thin Films and Integrated Devices,University of Electronic Science and Technology of China,Chengdu and others)

Preparation of Thin Ferrite Films on Silicon Substrates;pp. 435
(M.R.Koblischka,A.Koblischka-Veneva,V.Skumryev,U.Hartmann,Institute of Experimental Physics,Saarland University,Saarbrucken,Germany and Others)

Dependence of Texture of Magnetite Thin Films on Different Substrates and Orientations;pp. 437-438
(A.Koblischka-Veneva,M.R.Koblischka,Institute of Functional Materials,Saarland University,Saarbrucken,Germany and others)

The Low Temperature Resistivity of Mn-Ni Films;pp. 439
(F.K.Ampong,F.Boakye,Dept. of Physics,Kwame Nkrumah University of Science and Technology.Kumasi,Ghana)

Dominance of Magnetic Scattering in Al70Pd20+xMn10-x (x = 0, 1 & 2), Al70Pd20Mn8(TM)2 (TM=Fe, Cr, Co & Ni) and Al70-xBx Pd20Mn10 (x = 0, 0.5,1, 2 & 4) Stable Icosahedral Quasicrystals;pp. 441-442
(Archna Sagdeo,N.P.Lalla,Raja Ramanna Center for Advanced Technology,Indore India and others)

Logarithmic Periodicity: Properties, Tests and Uncertainties;pp. 443
(Antony J.Bourdillon,UHRL,San Jose,CA,US)

Vacancies in Quasicrystals;pp. 445
(Kiminori Sato,Dept. of Environmental Sciences,Tokyo Gakugei University,Japan)

Structure Models of Quasicrystal Approximants Deduced from the Strong-Reflections Approach;pp. 447-448
(Junliang Sun,Xiaodong Zou,Sven Hovmoller,Dept. of Materials and Environmental Chemistry,Stockholm University,Sweden)


Hydrogen Storage in Ti-Zr/Hf-Ni Quasicrystal and Related Crystal Powders Synthesized by Mechanical Alloying;pp. 449
(Akito Takasaki,K.F.Kelton,Dept. of Engineering Science and Mechanics,Shibaura Institute of Technology,Tokyo,Japan and others)

Formation of Quasicrystals in Bulk Metallic Glasses and their Effect on Mechanical Behavior;pp. 451
(Jeno Gubicza,Janos Lendvai,Dept. of Materials Physics,Eotvos Lorand University,Budapest,Hungary)

Surface Structure of Two-Fold Al-Ni-Co Decagonal Quasicrystal: Periodicity, Aperiodicity, Defects and Second Phase Structure;pp. 453
(Jeong Young Park,,Graduate School of EEWS,Korea Advanced Institute of Science and Technology,Daejeon,Republic of Korea)

Boundary Conditions for Beam Bending in Two-Dimensional Quasicrystals;pp. 455
(Yang Gao,College of Science,China University,Beijing,China and others)

Microstructural Studies on Plate Sheets of Al-Li-Cu-Mg Alloy Reinforced with SiCp Metal Matrix Composites;pp. 457
(A.K.Srivastava,Asim Bag,Electron Microscopy,National Physical Laboratory,New Delhi,India and others)

Morphologies Of Icosahedral Quasicrystals In Al-Mn-Be-(Cu) Alloys
pp. 459
(Franc Zupanic,Bostjan Markoli,University of Maribor,Slovenia and others)

MgB2 Superconductor Research;pp. 461
(Wei Du,School of Environment and Material Engineering,Yantai University,P.R.China)

Synthetic and Phenomenological Approaches to 2 Dimensional High-Tc Superconductivity in the Layered Cuprates: Design and Creation of 2 Dimensional Hybrid Systemas with Discrete Superconducting-Insulating and Superconducting-Magnetic Subsystems;pp. 463-464
(Soon-Jae Kwon,Advanced Materials Lab.,Samsung Advanced Institute of Technology,Yong-Si,Korea)

Surveying the Vortex Matter Phase Diagram for Pristine MgB2, and Atomic Substituted Mg1-xAlxB2 and MgB2-xCx Single Crystals;pp. 465-466
(D.Stamopoulos,M.Pissas,Institute of Materials Science,Athens,Greece)

Nanocrystalline Microstructure of Mechanically Alloyed MgB2; Superconductor Precursor Powder for Bulk and Tape Fabrication and Implications on the Superconductivity;pp. 467-468
(W.Habler,O.Perner,C.Fischer,K.Nenkov,C.Rodig,M.Schubert,M.Herrmann,
L.Schultz,B.Holzapfel,I.F.W.Dresden,J.Eckert,Institute for Metallic Materials,Dresden University of Technology,Germany and others)

Thermal Transients in MgB2 Conductors;pp. 469
(Antti Stenvall,Risto Mikkonen,Institute of Electromagnetics,Tampere University of Technology,Finland))

Theories of Peak Effect and Anomalous Hall Effect in Superconducting MgB2;pp. 471
(Wei Yeu Chen,Ming Ju Chou,Dept. of Physics,Tamkang University,Tamsui,Taiwan)

Pinning Enhancement in MgB2 by Addition of Some Metallic Elements;
pp. 473
(Yoshihide Kimishima,Department of Physics,Graduate School of Engineering,Yokohama National University,Japan)

Doping Effects on the Superconducting Properties of Bulk and PIT MgB2;pp. 475
(Adriana Serquis,German Serrano,Instituto Balseiro-Centro Atomico Bariloche,Argentina)

Optimization of Critical Current Density in MgB2;pp. 477
(S.K.Chen,J.L.MacManus-Driscoll,Dept. of Materials Science and Metallurgy,University of Cambridge,UK)

Microwave Response of Ceramic MgB2 Samples;pp. 479
(A.Agliolo Gallitto,G.Bonsignore,S.Fricano,M.Guccione,
M.Li Vigni,Universita di Palermo,Italy)

Antiadiabatic Theory of the Electronic Ground State of Superconductors;pp. 481-482
(Pavol Banacky,Institute of Chemistry,Comenius University,Bratislava,Slovakia, and others)

Dipolon Theory of Kink Structure of Quasi-Particle Energy Dispersion Observed in Photoemission Spectra of High Temperature Superconducters Bi2Sr2CaCu2O8+δ;pp. 483-484
(R.R.Sharma,Dept. of Physics,University of Illinois at Chicago,Il.,US)

Persistent Photoconductivity in YBa2Cu3Ox and Other High- Temperature Superconductors;pp. 485
(Wilhelm Markowitsch,University of Vienna,Austria)

Andreev Reflections and Transport Phenomena In Cuprate Superconductors at the Interface with Ferromagnets and Normal Metals;pp. 487-488
(Samanta Piano,Fabrizio Bobba,Filippo Giubileo,Anna Maria Cucolo,Regional Laboratory SuperMat,Dept. of Physics,University of Salerno,Italy)

Influence of Pair Breaking Effects on the Long-Range Odd Triplet Superconductivity in a Ferromagnet/Superconductor Bilayer;pp. 489
(T.Rachataruangsit.Physics Dept.,Faculty of Science,Burapha University,Chonburi,Thailand)

Theoretical Study of YBa2Cu3O7 Beyond the Born-Oppenheimer Approximation and Migdal Theorem: Antiadiabatic Ground State Induced by Phonon Modes Coupling;pp. 491-492
(Pavol Banacky,Institute of Chemistry,Comenius University,Bratslavia,Slovakia and others)

Theories of Peak Effect and Anomalous Hall Effect for Cuprate Superconductors;pp. 493-494
(Wei Yeu Chen,Ming Ju Chou,Dept. of Physics,Tamkang University,Tamsui,Taiwan)

Mercury-Based Superconducting Cuprates: High Tc and Pseudo Spin-Gap;pp. 495-496
(Y.Itoh,T.Machi,Dept. of Chemistry,Kyoto University,Japan and others)

New Perspectives on Longstanding Issues of the High-Tc Cuprates;
pp. 497
(B.J.Taylor,M.B.Maple,University of California,San Diego,US)

Predicting Superconducting Tc: The Role of Plane Isolation and Bond Ordering as Exemplified by YBa2Cu3Oy and ‘Record’ Hg Based Cuprates;pp. 499-500
(H.Oesterreicher,Dept. of Chemistry,UCSD,La Jolla,CA.,US)

Analysis of Micro-and Nanotexture in Cuprate Superconductors;pp. 501
(A.Koblischka-Veneva,M.R.Koblischka,Institute of Functional Materials,Saarland University,Saarbrucken,Germany and others)

Effect and Evolution of the Pseudogap in Y1-xCAxBA2CU3O7-δ: Probed by Charge Transport, Magnetic Susceptibility and Critical Current Density Measurements;pp. 503-504
(S.H.Naqib,R.S.Islam,Dept. of Physics,University of Rajshahi,Bangladesh)

Correlation Effects and Superconductivity In Cuprates. A Critical Account;pp. 505
(Sven Larsson,Dept. of Chemistry,Chalmers University of Technology,Goteborg,Sweden)

Improved Flux Pinning Properties for RE123 Superconductors by Chemical Methods;pp. 507
(Yui Ishii,Jun-ichi Shimoyama,Hiraku Ogino,Dept. of Applied Chemistry,University of Tokyo,Japan)

Mechanical Characterization at Nanometric Scale of Ceramic Superconductor Composites;pp. 509-510
(J.J.Roa,X.G.Capdevila,M.Segarra,Departmento de Ciencia de los Materialses e Ingenieria Metalurgica,Universidad de Barcelona,Spain)

Understanding the Roles of Heavy Ion and Gamma-Irradiations On the Magnetic and Transport Properties of Superconductors;pp. 511-512
I.M.Obaidat,B.A.Albiss,M.K.Hasan (Qaseer),Dept. of Physics,United Arab Emirates University and others)

On the Melt Processing of Bi-2223 High-Tc Superconductor Challenges and Perspectives;pp. 513-514
(A.Polasek,E.T.Serra,F.C.Rizzo,Electric Power Research Center,Rio de Janeiro,Brazil and others)

Vortex Theory of Inhomogeneous Superconductors;pp. 515-516
(B.J.Yuan,Dept.of Physics,YuXi Normal University,China)

Fabrication of Pyrochlore-Based Buffer Layers For Coated Conductors Via Chemical Solution Deposition;pp. 517-518
Hechang Lei,Xuebin Zhu,Yuping Sun,Wenhai Song,Key Laboratory of Materials Physics,Institute of Solid State Physics,Chinese Academy of Sciences,Hefei,People's Republic of China)

Radiation Shielding Schemes and Advanced Fabrication Techniques for Superconducting Magnets;pp. 519
(Laila A.El-Guebaly,Lester M.Waganer,University of Wisconsin,Fusion Technology Institute,Madison,US)

Thermal Stability Characteristics of High Temperature Superconducting Composites;pp. 521-522
(V.R.Romanovskii,K.Watanabe,Russian Research Center,Kurchatov Institute,Moscow Russia and others)

Thermo-Mechanical Pumps For a Large Superconducting Magnet In Space Operated by Use of Superfluid Helium;pp. 523
(G.Kaiser,A.Binneberg,J.Klier,Institut fur Luft-und Kaltetechnik gGmbH,Dresden,Germany)

Mechanical Behavior and its Relation to Critical Current of BI2223-Superconducting Composite Tapes;pp. 525
(S.Ochiai,H.Okuda,Dept. of Materials Science and Engineering,Kyoto University,Yoshida,Kyoto,Japan)

Fishtail Effect in High Temperature Superconductors of Strong Pinning Ability;pp. 527-529
(Lii Zhang,Shiying Ding,Xuebin Zhu,Yuping Sun,National Laboratory of Solid State Microstructures,Nanjing University,China and others)

Flux-Pinning Mechanisms in YBa2Cu3O7 Thin Films Revealed by Angular Dependent Jc Measurements;pp. 531-532
(H.Yamasaki,H.Yamada,K.Develos Bagarinao,J.Nie,K.Ohki,Y.Nakagawa,
(Energy Technology Research Institute,National Institute of Advanced Industrial Science and Technology,Tsukuba,Ibaraki,Japan and others)

Orbital Physics in the Sodium Cobalt Oxyhydrate Superconductor NaCoO2 yH2O;pp. 533-534
(Masahito Mochizuki,Japan Science and Technology Agency,Dept. of Applied Physics,The University of Tokyo,Japan)

Conformal Transformation Method in Studies of High-Tc Superconductors - Beyond the Van Hove Scenario;pp. 535-536
(Mateusz Krzyzosiak,Ryszard Gonczarek,Lucjan Jacak,Dept. of Physics,Beijing Normal University,China and others)

Superconductivity in Highly Correlated Systems;pp. 537
(Hideo Aoki,Dept. of Physics,University of Tokyo,Hongo,Tokyo,Japan)

Renewed Look at BCS Theory;pp. 539-540
(X.-H.Zheng,D.G.Walmsley,Queen's University,Department of Physics and Astronomy,Belfast,Northern Ireland)

Computing with Superconducting Circuits of Josephson Junctions;pp. 541
(Jie Han,Pieter Jonker,Faculty of Applied Sciences,Delft University of Technology,The Netherlands)

Superconducting Transitions in Wire Network under Spatially Modulated Magnetic Field;pp. 543
(Hirotaka Sano,Akira Endo,Shingo Katsumoto,Yasuhiro Iye,Institute for Solid State Physics,University of Tokyo,Chiba,Japan)

Superconducting Miniundulators;pp. 545-546
(C.Z.Diao,H.O.Moser,Singapore Synchrotron Light Source(SSLS),National University of Singapore)

Biotic Dynamics of Galactic Distribution, Gravitational Waves, and Quantum Processes: A Causal Theory of Cosmological Evolution;pp. 547-548
(H.Sabelli,G.Thomas,L.Kovacevic,A.Lawandow,D.Horan,Chicago Center for Creative Developmeny,Milwaukee School of Engineering,University of Chicago)

Turbulent Formation of Protogalaxies at the End of the Plasma Epoch: Theory and Observations;pp. 549-550
(Rudolph E.Schild,Carl H.Gibson,Center for Astrophysics,Cambridge,MA,US and others)

Tracking Order and Chaos in a Binary Quasar Dynamical Model;pp. 551
(N.D.Caranicolas,Dept. of Physics,University of Thessaloniki,Greece)

Black Holes and Other Exotica at the Large Hadron Collider;pp. 553
(Arunava Roy,Marco Cavaglia,Dept. of Physics and Astronomy,University of Mississippi,US

Primordial Black Holes, Formation and Evolution;pp. 555
(Shawqi Al Dallal,University of Bahrain,Dept.of Physics,Kingdom of Bahrain)

On the Information Paradox in Black Holes;pp. 557
(Pedro F.Gonzalez-Diaz,Colina de los Chopos,Centro de Fisica "Miguel Catalan",Instituto de Fiscia Fundamental,Madrid,Spain and others)

Geometrical and Numerical Aspects of Black Hole Evolution;pp. 559
(J.A.Gonzalez,F.S.Guzman,Universidad Michoacana de San Nicolas de Hidalgo,Mexico)

Quantum Loss of Charge by Non-rotating Black Holes with Cosmological Constant;pp. 561
(F.Belgiorno,S.L.Cassiatori,Dipartmento de Fisica,Universit a di Milano,Italy and others)

Black Holes in Higher Order Curvature Gravity;pp. 563
(S.O.Alexeyev,Sternberg Astronomical Institute,Lomonsov Moscow State University,Russia)

X-Ray Emission from Accretion Disks of AGN: Signatures of Supermassive Black Holes;pp. 565
(Predrag Jovanovic,Luka C.Popovic,Astronomical Observatory,Belgrade,Serbia)

Powerful Jets from Accreting Black Holes: Evidence from the Optical and Infrared;pp. 567
(David M.Russell,Rob P.Fender,University of Amsterdam,Netherlands and others)

Hawking Radiation of the Rotating D3-Brane from Gravitational Anomaly;pp. 569
(Zheng Ze Ma,Dept. of Physics,Southeast University,Nanjing,P.R.China)

Schwarzschild-Like Exteriors for Stars in Kaluza-Klein Gravity;pp. 571
(J.Ponce de Leon,Laboratory of Theoretical Physics,University of Puerto Rico,San Juan,US)

Scalar Potential Model of Galaxies: Review and New Speculations;pp. 573
(J.C.Hodge,Blue Ridge Community College,Flat Rock,NC,US)

Photoperception in Plants: Structural and Functional Heterogeneity of Phytochrome A;pp. 575-576
(V.A.Sineshchekov,Chair of Physico-Chemical Biology, M.V.Lomonosov Moscow State University,Russia)

Homochiral Porous Metal-Organic Frameworks: A Step to the Future of Stereoselective Recognition and Catalysis;pp. 577
(Konstantin P.Bryliakov,Evgenii P.Talsi)

Understanding Nanoscale Phenomena Using Single Particle Mass Spectrometry and Improvement of Its Performance – A Review;pp. 579-580
(Donggeun Lee,Kwang-Sung Lee,Sung-Woo Cho,Lei Zhou,Arthur Miller,Kihong Park,Michael R.Zachariah,School of Mechanical Engineering,Pusan Clean Coal Center,Pusan National University,Busan,Korea and others)

Cluster Fusion Algorithm: Application to Lennard-Jones Clusters;
pp. 581
(Ilia A.Solov'yov,Andrey V.Solov'yov,Walter Greiner)

Intermolecular Interactions in Binary Liquid Mixtures of Anisaldehyde with Nitrobenzene and Ethyl Benzene by Ultrasonic Measurements at (303.15, 313.15 and 323.15) K;pp. 583
(R.Baskaran,T.R.Kubendran,Dept. of Chemical Engineering,St.Joseph's College of Engineering,Chennai,India)

Advanced Power of Disappearance Potential Spectroscopy in the Adsorbed Species Identification;pp. 585
(A.R.Cholach,Boreskov Institute of Catalysis,Novosibirsk,Russian Federation)

Binding and Structure Properties in Monte Carlo Simulation for Non-isosymmetric Nuclei;pp. 587
(M.Angeles Perez-Garcia,Dept.of Fundamental Physics and IUFFyM Universidad de Salamanca,Spain)

Phonon Dispersion in Zr-Ni Bulk Metallic Glasses;pp. 589
(Aditya M.Vora,Gujarat,India)

Effect of H20 Content on Structure and Optical Properties of TiO2 Thin Films Derived by Sol-Gel Dip-Coating Process at Low Temperature;pp. 591
(S.Kermadi,N.Agoudjil,S.Sali,R.Tala-Ighil,M.Boumaour,Laboratoire des Cellules photovoltaiques,Unite de Developpement de la Technologie du Silicium,Alger,Algerie and others)

Computational Study of Novel Tris-(5-Aryl-8-Hydroxyquinolato) Aluminum (III) Complexes with Use in Molecular Electronics;pp. 593-594
(Francisco Nunez-Zarur,Ricardo Vivas-Reyes,Universidad de Cartagena,Columbia and others)

On Sum Rules and Recurrence Relations for Matrix Elements in Relativistic Quantum Mechanics;pp. 595-596
(A.C.Ilarraza-Lomeli,M.N.Valdes-Martinez,A.L.Salas-Brito,
R.P.Martinez-y-Romero,H.N.Nunez-Yepez,Departmento de Ciencas Basicas,
Universidad Autonoma Metropolitana,Unidad Azcapotzalco,Mexico and others)

Supercooled Water: Contradiction to a Thermodynamic Relation;pp. 597
(I.A.Stepanov,Dept. of Engineering Materials,University of Sheffield,UK)

Understanding Nanoscale Phenomena Using Single Particle: Mass Spectrometry and Improvement of its Performance – A Review;pp. 599-600
(Donggeun Lee,Kwang-Sung Lee,Sung-Woo Cho,Lei Zhou,
Arthur Miller,Kihong Park,Michael R.Zachariah,Pusan National University,Geumjeong,Busan,Korea and others)

Dielectric Response of Polar Solvent at an Electrode- Electrolyte Interface;pp. 601
(Om Prakash Thakur,Anjani Kumar Singh.University of Delhi New Delhi,India))

An Open Field: Quantum Dynamics in Base Pair DNA Systems;pp. 603
(Giovanni Villani,Istituto per i Processi Chimico-Fisici,Pisa,Italy)

Advanced Raman Spectroscopy for Counteracting Premature Wear Failure of Biomedical Polyethylene;pp. 605
(Leonardo Puppulin,Giuseppe Pezzotti,Kyoto Institute of Technology,Japan and others)

Ground State Isomerism and Dual Fluorescence of 2-Methylharmine Anhydronium Base (7 -Methoxy-1, 2-Dimethyl-2H-Pyrido[3,4-B]Indole) in 2-Methylbutane and Other Aprotic Solvents;pp. 607
(Emilio Garcia-Fernandez,Maria A.Munoz,Carmen Carmona,Manuel Balon,Universidad de Sevilla,Spain)

Chemical-Physical Properties of Bioprotectant-Biomolecule Systems;pp. 609-610
(S.Magazu,F.Migliardo,D.Barreca,E.Bellocco,G.Galli,G.Lagana,University of Messina,Italy and others)

Wood Pyrolysis: Influence of Pyrolysis Temperature and Heating Rate on Charcoal Properties and Pyrolysis Process;pp; 611-612
(Nestor Tancredi,Andres Cuna,Maria Irene Yoshida,Universidad de la Republica,Montevideao,Uraguay and others)

Optimization of Polymer Solar Cells: An Approach to Increase The Open Circuit Voltage;pp. 613-614
(P.Morvillo,E.Bobeico,ENEA,C.R.Portici,Italy)

Nitration of Cellulose and Performance of Cellulose Nitrate Based Adhesives for Selected Substrates;pp. 615
(F.N. Emengo,J.K.C.Nduka,E.O.Onwu,Nnamdi Azikiwe University,Anambra State,Nigeria)

Phonon Dynamics of Fe-Based Glassy Alloys;pp. 617
(Aditya M.Vora,S.T.B.S.College of Diploma Engineering,Gujarat,India)

Vibrational Dynamics of Zr-Based Bulk Metallic Glasses;pp. 619
(Aditya M.Vora,S.T.B.S.College of Diploma Engineering,Gujatrat,India)

Way from Physical Nonequilibrium to Biological Evolution;pp. 621
(Vladimir Kompanichenko,Institute for Complex Analysis,
Birobidzhan,Russia)

The Structure of Phosphate, Alkali Phosphate, Borate and Alkali Borate Glasses;pp. 623
(Mehdi Mirzayi,Islamic Azad University Miyaneh branch,Iran)

Computer Molecular Modelling with Experimental Studies, of Pyrolysis Chemistry of Low-Rank Coals Containing Inorganic Complexes and Catalytic Steam Gasification;pp. 625-626
(George Domazetis,Bruce D.James,John Liesegang,Clean Coal Technology Pty.Ltd,Australia and others)

Correlations between Electrical Properties and Flash Point with Methanol Content in Biodiesel;pp. 627
(S.D.Romano,P.A.Sorichetti,Universidad de Buenos Aires,Argentina and others)

Chemical Physics of Phonons and Superconductivity: An Heuristic Approach;pp. 629
(Michael J.Bucknum,INIFTA,Division Quimica Teorica,Buenos Aires,Argentina)

Computer Molecular Modelling with Experimental Studies, of Pyrolysis Chemistry of Low-Rank Coals Containing Inorganic Complexes and Catalytic Steam Gasification;pp. 631-632
(George Domazetis,Bruce D.James,John Liesegang,Clean Coal Technology Pty.Ltd.,Australia and others)

Double Rare-Earth - Boron Submonolayer to Multilayer Adsorbed Films as a Prototype of Rare-Earth Hexaboride Surface;pp. 633
(T.T.Magkoev,I.V.Tvauri,A.M.Turiev,N.I.Tsidaeva,D.F.Remar,K.Fukutan,
Dept. of Physics,University of North Ossetia,Russian Federation
and others)

A Review Paper on Erucamide: Its Synthesis, Physical and Chemical Properties;pp. 635
(Neelam Rani,Pallavi Jain,Mu.Naushad,Dept. of Chemistry,Kamrah Institute of Information Technology,Haryana,India and others)

Interpolyelectrolyte Complexes of Chitosan;pp. 637
(N.A.Samoilova,M.A.Krayukhina,I.A.Yamskov)

Amorphous TiO2 Nanoparticles – Review;pp. 639
(Vo Van Hoang,Dept. of Physics,Institute of Technology,National University of HochiMinh City,Vietman)

Radon Concentration in the Region of Shkodra Lake;pp. 641
(Florian Mandija,Denik Ulqini,Shpresa Ahmeaga,Floran Vila,Dept. of Physics,Faculty of Natural Sciences,University of Shkodra,Albania and others)

Use Of Ultrasonication in the Production and Reaction of C60 and C70 Fullerenes;pp. 643
(Anne C.Gaquere-Parker,Cass D.Parker,Chemistry Dept. University of West Georgia,and others)

Application of Ultrasounds to Carbon Nanotubes;pp. 645
(Anne C.Gaquere-Parker.Cass D.Parker,Chemistry Dept.,University of West Georgia,Carrollton,GA,US)

Two-Level Pairing Model in the Schwinger Representation;pp. 647
(M.Yamamura,J.da Providencia,C.Providencia,Y.Tsue,Faculty of Engineering,Kansai University,Suita,Japan and others)

The Electronic Structure and Physical Properties of Laauge by Tight Binding LMTO Method;pp. 649
(S.Neeraja,M.Rajagopalan)

Facile Synthesis and Control Over Pore Architectures, Geometries and Dimensions of Mesostrutured Materials;pp. 651-652
(Sherif A.El-Safty,Research Center for Compact Chemical Process,National Institute of Advanced Industrial Science and Technology,Sendai,Japan)

Development and Applications of Josephson Flux-Flow Oscillators;pp. 653-654
(V.P.Koshelets,M.Yu.Torgashin,A.S.Sobolev,J.Mygind,Institute of Radio Engineering,Russian Academy of Science,Moscow and others)

The Synthesis and Optical Properties of Ice-Cream Cones and Tubular Structures of ZnO Microcrystals by a Simple Alcohothermal Method;
pp. 655-656
(Li Su,An-Wu Xu,Yueping Fang,Bin Deng,Division of Nanomaterials and Chemistry,Hefei National Laboratory for Physical Sciences at Microscale,University of Science and Technology of China,Hefei and others)

Superconducting Fluctuations above Tc in Overdoped Bi2Sr2CaCu2O8+δ;pp. 657
(Z.A.Xu,J.Q.Shen,Z.W.Zhu,S.Ooi,T.Mochiku,K.Hirata,Dept. of Physics,Zhejiang University,Hangzhou,China and others)

A Colorimetric Recognition of Cadmium Ions Using Optically Nanostructured Cage Sensors;pp. 659-660
(Sherif A.El-Safty,Deivasigamani Prabhakaran,Adel A.Ismail,Tatineni Balaji,Hideyuki Matsunaga,Fujio Mizukami,Research Center for Compact Chemical Process,National Institute of Advanced Industrial Science and Technology,Sendai,Japan)

Extended Universality in a Statistical Mechanical Model;pp. 661-662
(Carlos Wexler,Cintia M.Lapilli,Peter Pfeifer,Dept. of Physics and Astronomy,University of Missouri-Columbia,USA)

Superconductivity in Highly Correlated Systems;pp. 663-664
(Hideo Aoki,Dept. of Physics,University of Tokyo,Hongo,Japan)

Metal-Insulator Phenomena in 2D: A Unified Scaling Picture;pp. 665-666
(D.J.W.Geldart,D.Neilson,Dept. of Physics,Dalhousie University,Halifax NS,Canada and others)

Phase Transitions and Hysteresis in a System of Two Coupled Magnetic Nanoparticles;pp. 667-668
(Karl E.Kurten,Institute for Experimental Physics,University of Vienna,Austria and others)

Geometric Effects and Magnetic Phases in Quantum Rings;pp. 669-670
(S.Janecek,M.Aichinger,E.Rasanen,E.Krotscheck,S.A.Chin,Institut fur Theoretische Physik,Johannes Kepler Universitat,Austria and others)

A Molecular Dynamics Description of Clusters in Strong Fields;pp. 671
(M.Belkacem,F.Megi,E.Suraud,P.-G.Reinhard,G.Zwicknagel,Universite P.Sabatier,France and others)

What is a Cooper Pair?;pp. 673-674
(G.Ortiz,J.Dukelsky,Theoretical Division,Los Alamos National Laboratory,New Mexico,US)

Relativistic BEC and the Generalized BEC Model of Superconductivity;pp. 675
(M.de Llano,M.Grether,Texas Center for Superconductivity,University of Houston,TX,US and others)

Critical Currents and Vortex Dynamics in Percolative Superconductors Containing Fractal Clusters of a Normal Phase;pp. 677-678
(Yuriy I.Kuzmin,Ioffe Physical Technical Institute of the Russian Academy of Sciences,Saint Petersburg)

Superconductivity and Magnetism in the Rutheno-cuprates -RuR2-xCexSr2Cu2O10- (Ru-1222) and RuSr2RCu2O8 (Ru-1212, R=Eu and Gd);
pp. 679-681
(I.Felner,Racah Institute of Physics,TheHebrewUniversity,Jerusalem,
Israel)

Applications of Confined Quantum Field Theory to Condensed Matter Systems: Superconducting Phase Transitions in Films, Wires and Grains;pp. 683
(A.P.C.Malbouisson,J.M.C.Malbouisson,A.E.Santana,Centro Brasileiro de Pesquisas F'isicas,Rio Janeiro,Brazil and others)

Combined Effects of Disorder and Magnetic Field in Superconductors;pp. 685
(P.D.Sacramento,J.Lages,Centro de F'isica das Interaccoes Fundamentais,Instituto Superior Tecnico,Lisboa,Portugal and others)

Pinning Enhancement in MgB2 by Addition of Some Metallic Elements;
pp. 687
(Yoshihide Kimishima,Dept. of Physics,Electrical and Computor Engineering,Yokohama National University,Japan)

Microwave GMR and Magnetic Resonance in Metallic Multilayers;pp. 689
(Vladimir V.Ustinov,Anatoly B.Rinkevich,Lazar,N.Romashev,Institute of Metal Physics,Ural Division of the Russian Academy of Sciences,Ekaterinburg)

Vortex Entry Conditions in Type-II Superconductors: Gibbs-London Approach vs Ginzburg-Landau Theory;pp. 691
(I.L.Maksimov,Nizhny Novgorod University,Russian Federation)

Progress in Fabrication Techniques for Small-Capacitance Josephson Junctions;pp. 693
(Michio Watanabe,Kazuaki Matsuba,Yasunobu Nakamura,Jaw-Shen Tsai,Frontier Research System,RIKEN,Saitama,Japan and others)

Amorphous Nb-Ge Thin Films as a Model System for Experiments on Fundamental Properties of Vortex Transport;pp. 695-696
(Dinko Babic,Dept. of Physics,University of Zagreb,Croatia)

On the Quantum Nature of Vortex;pp. 697
(Rongchao Ma,Yuefei Ma,Northwest Institute for Nonferrous Metal Research,Shaanxi,P.R.China and others)

Electric Noise and Local Photon-Induced Nonequilibrium States in a Current-Carrying Nanostructured Superconductor;pp. 699-700
(Andreas Engel,Alexei Semenov,Heinz-Wilhelm Hubers,Konstantin Il'in,Michael Siegel,Physics Institute of the University of Zurich,Switzerland and others)

Room Temperature Radiofrequency Electrodynamic Properties of Bulk Lanthanum Manganites;pp. 701
(A.Rinkevich,A.Nosov,Institute of Metal Physics,Ural Division of the Russian Academy of Sciences,Ekaterinburg)

Current Instability Investigations of Conduction-Cooled High Temperature Superconducting Composites;pp. 703-704
(V.R.Romanovskii,K.Watanabe,Russian Research Center,Kurchatov Institute,Moscow)

Radiation Shielding Schemes and Advanced Fabrication Techniques1 for Superconducting Magnets;pp. 705
(Laila A.El-Guebaly,Lester M.Waganer,University of Wisconsin,Fusion Technology Institute,Madison,US)

Understanding Kinks in Quasi-Particle Energy Dispersion in Photoemission Spectra of High Temperature Superconducters Bi2Sr2CaCu2O8+d via Dipolon Mediated Electron-Electron Pairing Mechanism;pp. 707-708
(R.R.Sharma,Dept. of Physics,University of Illinois,Chicago,US)

Analytical Model of Thermal Stresses and Analytical Fracture Mechanics in YBaCuO Superconductor;pp. 709-710
(Ladislav Ceniga,Institute of Materials Research,Slovak Academy of Sciences,Kosice,Slovak Republic)

The Large-Scale Logico-Chemical Structure of a Transcriptional Regulation Network;pp;711
(M.Cosentino Lagomarsino,P.Jona,B.Bassetti,Institut Curie,Paris,France and others)

Superconducting State Parameters of Be-Zr Glassy Alloys;pp. 713
(Aditya M.Vora,Gujarat,India)

Engineering Solutions Using Acoustic Spectral Finite Element Methods;pp. 715
(Andrew T.Peplow,Hoare Lea Acoustics,Bristol,UK)

Study of Vibrational Dynamics of Pd77.5Si16.5Cu6 Bulk Metallic Glass;pp. 717
(Aditya M.Vora,Gujarat,India)

Fractional Oscillator: Phenomenological and Theoretical Issues;pp. 719
(A.Tofighi,University of Mazandaran,Babolsar,Iran)

Electronics, Spintronics and Orbitronics;pp. 721
(M.Idrish Miah,Nanoscale Science and Technology Centre,Griffith University,Nathan,Brisbane,Australia and others)

Thermodynamics of Liquid Metals: A Variational Approach;pp. 723
(Aditya M.Vora,Gujarat,India)

Atomic Entanglement Mediated by a Squeezed Cavity Field;pp. 725
(Biplab Ghosh,A.S.Majumdar,N.Nayak,S.M.Bose National Centre for Basic Sciences,Salt Lake,Kolkata,India)

Superconducting State Parameters of Bulk Metallic Glasses;pp. 727
(Aditya M.Vora,Gujarat,India)

Dominant Features of Interfaces in Nanometric Dielectrics;pp. 729
(O.P.Thakur,Anjani Kumar Singh,School of Applied Sciences,Netaji Subhas Institute of Technology,New Delhi,India)

Study of Vibrational Dynamics of Binary Mg70Zn30 Metallic Glass;
pp. 731
(Aditya M.Vora,Gujarat,India)

On Matrix Representations of Deformed Lie Algebras;pp. 733
(L.A-M.Hanna,S.S.Hassan,Kuwait University,Faculty of Science,Safat,Kuwait)

Quark-Pion Coupling Constant and Ground-State Baryon Masses in a Chiral Symmetric Potential Model;pp. 735
(S.N.Jena,M.K.Muni,H.R.Pattnaik,Dept. of Physics,Berhampur University,Orissa,India and others)

Study of Vibrational Dynamics of Fe80B14SI6 Bulk Metallic Glass;
pp. 737
(Aditya M.Vora,Gujarat,India)

Study of Vibrational Dynamics of Fe80B10SI10 Bulk Metallic Glass;
pp. 739
(Aditya M.Vora,Gujarat,India)

An Oscillating, Homogeneous and Isotropic Universe from Scalar-Tensor Gravity;pp. 741
(Christian Corda,Centro de Scienze Naturali,Italy and Associazione Galileo Galilei,Prato,Italy)

Path Integral Approach to the Interaction of One Active Electron Atoms with Ultrashort Squeezed Pulses;pp. 743
(E.G.Thrapsaniotis,Aharnes,Greece)

Computation of Phonon Dispersion Curves of Ca70Mg30 Metallic Glass;pp. 745
(Aditya M.Vora,Parmeshwari 165,Hospital Road,Bhuj-Kutch,Gujarat,India)

Goldstone-Boson-Exchange and One-Gluon Exchange Contributions to Baryon Spectra in a Relativistic Quark Model;pp. 747
(S.N.Jena.M.K.Muni,H.R.Pattnaik,Dept. of Physics,Berhampur University,Orissa,India and others)

Study of Vibrational Dynamics of Fe40NI40B20 Bulk Metallic Glass;
pp. 749
(Aditya M.Vora,Gujarat,India)

Study of Vibrational Dynamics of NI80B10SI20 Bulk Metallic Glass;
pp. 751
(Aditya M.Vora,Gujarat,India)

Study of Vibrational Dynamics of Fe60Ni20B10Si10 Bulk Metallic Glass;pp. 753
(Aditya M.Vora,Gujarat,India)

Non-linear Refractive Index Theory: (I) Generalised Optical Extinction Theorem and Dispersion Relation;pp. 755
(S.S.Hassan,R.K.Bullough,R.Saunders,University of Bahrain,College of Science,Dept. of Mathematics,Kingdom of Bahrain and others)

Non-linear Refractive Index Theory: II - Numerical Studies;pp. 757
(S.S.Hassan,R.K.Bullough,M.N.Ibraham,R.Saunders,T.Jarad,N.Nayak,
University of Bahrain,College of Science,Dept. of Mathematics,Kingdom of Bahrain and others))

A Scheme for Remote Preparation of Multiparticle Entangled States;
pp. 759
(Yu-Wu Wang,You-Bang Zhan,College of Computer,Huaiyin Normal University,Jiangsu,P.R.China and others)

Spectrum of a Triangular Pulsed-Driven Atom;pp. 761
(S.S.Hassan,A.Joshi,H.A.Batarfi,Dept. of Mathematics,University of Bahrain,College of Science,Kingdom of Bahrain and others)

Terahertz-Range Reflectivity Changes in Solids Induced by Ultrashort Laser Pulses;pp. 763
(D.Szentesi,K.Sos,L.Nanai,S.Szatmari,X.Tang,Thomas F.George,Dept. of Experimental Physics,University of Szeged,Hungary and others)

Dark Energy as the Source of the Time Dependent Einstein Cosmological Constant;pp. 765
(Miroslaw Koslowski,Janina Marciak-Kozlowska,Physics Dept.,Warsaw University,Poland and others)

Neutron Bag Radius from the Electric and Magnetic Neutron Form Factors at Q2=1.75- 4 (GeV/C)2;pp. 767
(G.R.Boroun,F.Naseri,Dept. of Physics,Razi University,Kermanshah,Iran)

Non-linear Refractive Index Theory: I - Generalized Optical Extinction Theory and Dispersion Relations; pp. 769
(S.S.Hassan,R.K.Bullough,R.Saunders,University of Bahrain,College of Science,Dept. of Mathematics,Kingdom of Bahrain and others)

A Spin-connection Gauge Field Theory of Gravitation;pp. 771
(Jian Qi Shen,Centre for Optical and Electromagnetic Research,Zijingang Campus,Zhejiang University,Hangzhou,The People's Republic of China and others)

Quantum Coherence and Tunable Transient Behavior of a Double-Control Four-Level Atomic Vapor;pp. 773-774
(Arash Gharibi,Jing Gu,Jian Qi Shen,M.H.Majles Ara,Centre for Optical and Electromagnetic Research,State Key Laboratory of Modern Optical Instrumentation,Zijingang Campus,Zhejiang University,Hangzhou,The People's Republic of China and others)

Application of Geant4 Code In Gamma Irradiation Processing;pp. 775
(O.Kadri,F.Gharbi,K.Farah,A.Trabelsi,National Center for Nuclear Sciences and Technologies,Tunis,Tunisia)

Study of Atomic Entanglement in Multimode Cavity Optics;pp. 777
(Papri Saha,N.Nayak,A.S.Majumdar,Dept. of Computer Science,Derozio Memorial College,Kolkata,India and others)

A Low-Energy Phenomenological Theory of Yang-Mills Formulation of Gravitation;pp. 779
(Jian Qi Shen,Centre for Optical and Electromagnetic Research,Zijingang Campus,Zhejiang University,Hangzhou,The People's Republic of China)

“Magnetic” Components of Gravitational Waves and Response Functions of Interferometers;pp. 781-782
(Christian Corda,Associazione Scientifica Galileo Galilei,Italy and others)

Analytical Expression for P-3He Total Reaction Cross Section;pp. 783
(M.A.Alvi,Dept. of Physics,Science Faculty,King Abdulaziz University,Saudi Arabia)

Remarks on Novel Exact Solution Methodologies in Wavefunction Analysis;pp.785-786
(Valentino A.Simpao,Mathematical Consultant Services,Greenville,Ky,US)

Commentary on the Prior Errors for Conservation of Momentum;pp. 787-790
(Suleyman Mazlum,Nazire Mazlum, Suleyman DemirelUniversity,
Engineering and Architecture Faculty,Environmental Engineering Dept.,Isparta,Turkey)

Role of Interaction with the Local and Nonlocal Modes of the Electromagnetic Field on Intense Field Multiphoton Ionization of the Hydrogen Atom;pp. 791
(Krishna Rai Dastidar,Sujata Bhattacharyya,Dept. of Spectrocopy,Indian Association for the Cultivation of Science,Kolkata,India and others)

Application of the Magnetic Field Integral Equation to Diffraction and Reflection by a Conducting Sheet;pp. 793
(Henk F.Arnoldus,Dept. of Physics and Astronomy,Mississippi State University,US)

Radiative Transitions of Mesons in an Independent-Quark Potential Model;pp. 795
(S.N.Jena,H.H.Muni,P.K.Mohapatra,P.Panda,Dept. of Physics,Berhampur University,Orissa,India and others)

Laser Prototyping of Polymer-Based Nanoplasmonic Components;pp. 797
(Andrey L.Stepanov,Roman Kiyan,Carsten Reinhardt,Boris N.Chichkov,Laser Zentrum Hannover,Germany and others)

An Approximation Method for Determination of the Coupling Constant and Charged Pion Form Factor at Q2=0.6-1.6GeV2and Q2=2.45 GeV2;
pp. 799
(B.Rezaei,Dept. of Physics,Razi University,Kermanshah,Iran)

Hubbard Model and Ferroelectric Phase Transition in Graphene;pp. 801
(M.B.Belonenko,N.G.Lebedev,N.N.Yanyushkina,Volgograd Institute of Business,Laboratory of Nanotechnologies,Russia and others)

Study of Pressure Dependence Superconducting State Parameters of Binary Metallic Glasses by Pseudopotential Theory;pp. 803
(M.Aditya Vora,Humanities and Social Science Dept.,S.T.B.S.College of Diploma Engineering,Opp.Spinning Mill,South Gujarat,India)

Control over Group Velocity in a Three Level Closed Ladder System with Spontaneously Generated Coherence;pp. 805
(Sulagna Dutta,Krishna Rai Dastidar,Dept.of Spectroscopy,Indian Association for the Cultivation of Science,Kolkata,India)

Modelling of Microcracked Bodies Using the Concept of Crack Opening Mode;pp. 807
(A.Thionnef,Centre des Materiaux,Mines Paristech,Evry Cedex,France and others)

Photon Findings;pp; 809
(Victor Manuel Urbina Bolland,Islas,Fraccionamiento Residencial Chiluca Atizapan,Estado de Mexico)

Modeling Photothermal Heating and Ablation of Biological Hard Tissues by Short and Ultrashort Laser Pulses;pp. 811
Renat R.Letfullin,Colin E.W.Rice,Thomas F.George,Dept. of Physics and Optical Engineering,Rose-Hulman Institute of Technology,Terre Haute,IN,US and others)

Spectra and Bound States of the Energy Operator of Two-Magnon System in a Non-Heisenberg Ferromagnet with Spin S and Nearest-Neighbour Interactions;pp. 813
(S.M.Tashpulatov,Institute of Nuclear Physics of Uzbek Academy of Science,Tashkent,Ulugbek)

Proposed Method and Theoretical Calculation for Generating Magnetic Monopoles in Ferromagnetic Materials Embedded in High-Temperature Superconducting Oxides;pp. 815
(C.T.Liu,J.Ma,College of Material Science and Engineering,Qingdao University of Science and Technology,China)

Oscillations of a Light Bullet Propagating through a Carbon Nanotube Array with Metallic Inhomogeneities;pp. 817
(Alexander S.Popov,Mikhail B.Belonenko,Nikolay G.Lebedev,
Alexander V.Zhukov,Thomas F.George,Dept. of Physics and Telecommunications,Volgograd State University,Russia and others)

On a Group-Theoretical Approach to the Curl Operator;pp. 819
(J.Ramos,M.de Montignya,F.C.Khannaa,Theoretical Physics Institute,University of Alberta,Edmonton,Canada)

The Impact of Geometry Factors on NMR Diffusion Measurements by the Stejskal and Tanner Pulsed Gradients Method;pp. 821-822
(O.M.Dada,O.P.Faromika,O.B.Awojoyogbe,O.E.Dada,M.A.Aweda,Dept. of Physics,Federal University of Technology,Minna,Niger State,Nigeria and others)

Atomic Entanglement in the Multiphoton Jaynes-Cummings Model;pp. 823
(P.Saha,B.Ghosh,A.S.Majumdar,N.Nayak,Dept. of Computer Science,Derozio Memorial College,Kolkata,India and others)

Homogeneous and Nonlinear Generalized Master Equations Retaining Initial Correlations;pp. 825-826
(Victor F.Los,Institute of Magnentism,National Academu of Science of Ukraine,Kiev)

Research on Aerodynamics of Large Bolides;pp. 827
(V.P.Stulov,Institute of Mechanics Moscow Lomonosov State University)

Solar Dynamics and Solar-Terrestrial Influences;pp. 829-830
(Katya Georgieva,Solar-Terrestrial Influences Laboratory at the Bulgarian Academy of Sciences,Sofia)

Geology of the Terrestrial Planets with Implications to Astrobiology and Mission Design;pp. 831-832
(Dirk Schulze-Makuch,James M.Dohm,Alberto G.Fairen,Victor R.Baker,Wolfgang Fink,Robert G.Strom,Dept. of Geological Sciences,Washington State University and others)

The Origin of the Magnetic Field of Pulsars and the Gravitomagnetic Theory;pp. 833-834
(Jacob Biemond,Vrije Universiteit,Amsterdam,The Netherlands)

Paleoshorelines and the Evolution of the Lithosphere of Mars;
pp. 835-836
(Javier Ruiz,Rosa Tejero,David Gomez-Ortiz,Valle Lopez,Dept.de Geodinamica,Facultad de Ciencias Geologicas,Universidad Complutense de Madrid,Spain and others)

Flute and Ballooning Modes in the Inner Magnetosphere of the Earth: Stability and Influence of the Ionospheric Conductivity;pp. 837-838
(O.K.Cheremnykh,A.S.Parnowski,Space Plasma Dept.,Space Research Institute of NASU and NSAU,Ukraine)

MHD Free Convection in a Porous Medium Bounded by a Long Vertical Wavy Wall and a Parallel Flat Wall;pp. 839
(A.K.Tiwari,Dept. of Mathematics,Doon Institute of Engineering and Technology,Rishikesh,India)

Immersed Boundary Method: The Existence of Approximate Solution in Two-Dimensional Case;pp. 841
(Ling Rao,Hongquan Chen,College of Aerospace Engineering,Nanjing University of- Aeronautics and Astronautics,China)

Transient Hydromagnetic Natural Convection between Two Vertical Walls Heated/Cooled Asymmetrically;pp. 843
(R.K.Singh,A.K.Singh,Dept. of Mathematics,Banaras Hindu University,Varanasi,India)

Effect of Suction/Injection on MHD Flat Plate Thermometer;pp. 845
(Anand Kumar,A.K.Singh,Dept. of Mathematics,Banaras University,Varanasi,India

Dealing with Potentially Hazardous Asteroids;pp. 847
(Eric W.Elst,Royal Observatory at Uccle & Holbach Foundation,
Mortsel,Belgium)

Thermal Properties and Temperature Variations in Martian Soil Analogues;pp. 849-850
(F.Gori,S.Corasaniti,Dept. of Mechanical Engineering,University of Rome "Tor Vergata,Italy)

On The 5D Extra-Force According to Basini-Capozziello-Ponce De Leon Formalism and the Experimental Research of Extra Dimensions On-Board International Space Station (ISS) Using Laser Beams;pp. 851
(Fernando Loup,Residencia de Estudantes Universitas Lisboa,Portugal)

Origin of the Saturn Rings: Electromagnetic Model of the Sombrero
Rings Formation;pp. 853
(Vladimir V.Tchernyi(Cherny),Modern Science Institute,Moscow,Russia)

Consideration of the Problems of Gravitational Optics and Dark Matter Based on the Crystal Model of the Vacuum;pp. 855-856
(Evgeny V.Chensky,Modern Science Institute,SAIBR,Moscow,Russia)

Origin of the Saturn Rings: Electromagnetic Model of the Sombrero Rings Formation;pp. 857
(Vladimir V.Tchernyi(cherny)Moscow,Russia)

High Speed Flowfield Analysis for Satellite Launch Vehicle and Reentry Capsule;pp. 859
R.C.Mehta,School of Mechanical and Aerospace Engineering,Nanyang Technological University Singapore)

MHD Flow of a Micropolar Fluid with Asymmetric Wall Temperatures;
pp. 861
(S.K.Ravi,A.K.Tiwari,R.K.Singh,Dept. of Mathematics,Banaras Hindu University,Varanasi,India)

Na and Hansen’s Procedure for Solving the MHD Flow around a Cylinder in Crossed Electric and Magnetic Fields;pp. 863
(Mina B.Abd-el-Malek,Samy M.A.El-Mansi,Dept. of Mathematics,School of Engineering and Sciences,The American University in Cairo,Egypt)

A Unified Approach to Analytical Solution of an Unsteady MHD Generalized Couette Flow with Transpiration;pp. 865
(Basant K.Jha,Haruna M.Jibril,Dept. of Mathematics,Faculty of Science,Ahmadu Bello University,Zarie,Federal Republic of Nigeria)

Unsteady MHD Two Phase Flow: A Greens Function Approach;pp. 867
(Basant K.Jha,Haruna M.Jibrif,Dept. of Mathematics,Faculty of Science,Ahmadu Bello University,Zaria,Federal Republic of Nigeria)

A Note on Thermonuclear Hot Big Bang with Reference to Controlled Fusion of the Sun;pp. 869
(S.K.Ghosh,O.Anwar Beg,Dept. of Mathematics,Narajole Raj College,
West Bengal,India and others)

Hydromagnetic Mixed Convection Flow of Viscous Incompressible Past a Magnetized Vertical Porous Plate;pp. 871
(Muhammad Ashraf,Md.Anwar Hossain,Dept. of Mathematics,COMSATS Institute of Information Technology Islamabad,Chak Shahazad,Pakistan)

   Series:
      Physics Research and Technology
   Binding: Hardcover
   Pub. Date: 2013- January
   Pages: 7 x 10 (NBC - M) 871pp.
   ISBN: 978-1-62257-719-4
   Status: AV
  
Status Code Description
AN Announcing
FM Formatting
PP Page Proofs
FP Final Production
EP Editorial Production
PR At Prepress
AP At Press
AV Available
  
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06.Genius, Creativity and Madness
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