Nanoscience and Nanoengineering

Chemical Mesoscopics: The New Scientific Trend. Progress on the Development of Nanotechnology. Development of the Prognostic Apparatus in the Study of Nanobio Bodies. Non-Stationary Thermodynamic Processes in Rocket Engines of Solid Fuels: Chemical Equilibrium of Combustion Products. Corpuscular-Wave Processes. Spatial-Energy Interactions and Entropy S-Curves. Functional Dependencies in the Equations of Motion of the Planets. Exchange Spatial-Energy Interactions. Investigation of the Formation of Nanofilms on the Substrates of Porous Aluminum Oxide. Metal/Carbon Nanocomposites and Their Modified Analogs: Theory and Practice. The Metal/Carbon Nanocomposite Modification with the Use of Ammonium Polyphosphate for the Application as a Nanomodifer of Epoxy Resins. Efficiency of Metal/Carbon Nanocomposite Application in Lily Growing under Protected Soil Conditions. Biocidal Activity of Phthalocyanine-Polymer Complexes. Solutions and Films of Silver Nanoparticles Produced by Photochemical Method and Their Bactericidal Activity. Polymer Composites with Gradient of Electric and Magnetic Properties. Modern Aspects of Technologies of Atomic Force Microscopy and Scanning Spectroscopy for Nano-Materials and Nano-Structures Investigations and Characterizations. X-Ray Photoelectron Investigation of the Chemical Structure of Polymer Materials Modified with Carbon Metal-Containing Nanostructures. Small-Sized Technological Electron Spectrometer with Magnetic Energy-Analyzer. NMR 1H, 13C and 17O Spectroscopy of the Tert-Butyl Hydroperoxide. On Processes of Charge Transfer in Electric-Conducting Polymeric Composites. Routes to Chemical Modification of the Surface of Nanosized Fluorides. Prospects for the Nanosilica Powder Aquaspersions in Feed for Fish. Carbon Nanoparticles Based on Graphite Nitrate Cointercalation Compounds. Selected Communications, Short Notes, and Abstracts.

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• Ciências da vida: temas gerais
• Nanotecnologia
• Ciência ambiental, engenharia e tecnologia
• Engenharia química
• Ciência dos materiais

Rocket Solid Propellant Engines;GIAO Method;A. A. Lapin;Carbon Nanocomposite;A. Akhalkatsi;XPS C1s Spectrum;A. B. Kononenko;NMR Spectrum;A. K. Haghi;IR Spectrum;A. N. Vdovichenko;C1s Spectrum;A. V. Aliev;Effective Main Quantum Number;A. V. Lobanov;Johnson Mehl Avrami Kolmogorov Equation;A. V. Safronikhin;Raman Spectroscopy;A. V. Severyukhin;Interacting Material Points;A. V. Vakhrushev;Atomic Magnetic Moment;A. Yu. Fedotov;Atom Valence Orbitals;Arseny Kalinin;Spatial Energy Parameter;Artem Shelaev;Mesoscopic Particles;D. A. Bannikova;Meat Peptone Agar;E. M. Basarygina;Spatial Energy Interactions;E. P. Savinova;AlK? Line;E. S. Pushina;X-ray Photoelectron Spectra;E. V. Raksha;Charge Quantization;G. A. Korablev;Combustion Chamber;G. Basilaia;Pc Complexes;G. E. Zaikov;Magnetic Shielding Tensors;G. V. Lisichkin;Moiety Proton;H. V. Ehrlich;Solid Propellant;I. N. Shabanova;Jimsher N. Aneli;L. Nadareshvili;M. Bolotashvili;M. L. Kalayda;M. R. Moskalenko;M. V. Barashkov;M. V. Savoskin;N. A. Turovskij;N. G. Petrova;N. S. Terebova;O. A. Voevodina;O. A. Zhunina;O. M. Padun;R. G. Valeev;R. V. Mustakimov;S. D. Varfolomeev;S. M. Vasilev;S. V. Britova;T. A. Putilova;Tamaz A. Marsagishvili;V. A. Trapeznikov;V. B. Dement'Ev;V. I. Kodolov;V. M. Merzlyakova;V. N. Gorshenev;V. N. Zelenkov;V. V. Potapov;V. V. Trineeva;Victor A. Bykov;Vyatcheslav Polyakov;Ye. A. Morozov;Yu. G. Manakov;Yu. G. Vasil'Ev;Yu. V. Berestneva