| Шығарылым |
Бөлім |
Атауы |
Файл |
| Том 42, № 1 (2023) |
Kinetics and mechanism of chemical reactions, catalysis |
Electrically Enhanced Catalytic Activity of Gold Nanocoatings in Carbon Monoxide Oxidation |
(Rus)
|
| Том 42, № 1 (2023) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetics of Thermal Decomposition of 1,1-Bis(Methoxy-NNO-Azoxy)-3-Nitro-3-Azabutane |
(Rus)
|
| Том 42, № 2 (2023) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Allyl-Substituted Furazanoazepines, Synthesis, Structure, Enthalpy of Formation, And Ballistic Efficiency |
(Rus)
|
| Том 42, № 1 (2023) |
Электрические и магнитные свойства материалов |
Electrophysical Properties of Binary Carbon Nanocomposites |
(Rus)
|
| Том 42, № 2 (2023) |
ВЛИЯНИЕ ВНЕШНИХ ФАКТОРОВ НА ФИЗИКО-ХИМИЧЕСКИЕ ПРЕВРАЩЕНИЯ |
Luminescence as a Method for Studying the Mechanisms of Photochemical Reactions |
(Rus)
|
| Том 42, № 1 (2023) |
Chemical physics of biological processes |
Effect of an Ultralow Dose Effect of the Antioxidant Resveratrol Under the Influence of Heat Stress Factor on the Membrane Structure of the Mitochondria Isolated from the Pisum sativum L. Pea Germ |
(Rus)
|
| Том 42, № 1 (2023) |
Chemical physics of biological processes |
Structural Groups of Natural Phospholipids Taking Part in Complexation with Flavonoids |
(Rus)
|
| Том 42, № 2 (2023) |
Kinetics and mechanism of chemical reactions, catalysis |
Physicochemical and Mass Transfer Processes when Samples from Fluxed Magnetite Iron Ore Concentrates are Heated in a Thermal Plant |
(Rus)
|
| Том 42, № 2 (2023) |
Combustion, explosion and shock waves |
Mathematical Model of the Ignition of a Gel Fuel Particle in a High-Temperature Air Medium |
(Rus)
|
| Том 42, № 1 (2023) |
Chemical physics of polymeric materials |
Effect of Water on the Structure of Polyethylene–Polylactide Binary Blends and Polyethylene–Polylactide–Aged Polyethylene Ternary Blends |
(Rus)
|
| Том 42, № 2 (2023) |
Электрические и магнитные свойства материалов |
Computer Simulation of a Silicene Anode on a Silicone Carbide Substrate |
(Rus)
|
| Том 42, № 1 (2023) |
Chemical physics of polymeric materials |
Structural Features of Polylactide Films Obtained from a Melt and Solution |
(Rus)
|
| Том 42, № 1 (2023) |
Chemical physics of polymeric materials |
Technological Parameters of Epoxypolysulphone Binders Modified with Furfuryl Glycidyl Ether |
(Rus)
|
| Том 42, № 2 (2023) |
ФИЗИЧЕСКИЕ МЕТОДЫ ИССЛЕДОВАНИЯ ХИМИЧЕСКИХ РЕАКЦИЙ |
DTA/TG Study of the Interaction in the Nickel Nitrate Hexahydrate–Hexamethylentetramine System |
(Rus)
|
| Том 42, № 2 (2023) |
Chemical physics of biological processes |
Femtosecond Laser Microsurgery of Mouse Oocytes: Formation and Dynamics of Cavitation Bubbles Under the Action of Sharply Focused Laser Radiation on Various Oocyte Zones |
(Rus)
|
| Том 42, № 1 (2023) |
Chemical physics of polymeric materials |
Structural and Mechanical Properties of Hydrogels Based on Polyelectrolyte Complexes of N-Succinyl-Chitosan with Poly-N,N-Diallyl-N,N-Dimethylammonium Chloride |
(Rus)
|
| Том 42, № 2 (2023) |
Chemical physics of biological processes |
Influence of the Species of Mold Fungi and the Roughness of Varnished Cambric on Their Adhesive Interaction |
(Rus)
|
| Том 42, № 1 (2023) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Interaction of Gold Nanoparticles with Cyanine Dyes in Cholesteric DNA Submicroparticles: Impact of the Way of Their Introduction into the System |
(Rus)
|
| Том 42, № 2 (2023) |
Chemical physics of polymeric materials |
Mechanical Characteristics of ABS Plastic After Microwave Irradiation |
(Rus)
|
| Том 42, № 1 (2023) |
Химическая физика атмосферных явлений |
Modeling the Time-Dependent O3 Uptake on a Methane Flame Soot Coating Under Conditions of Competitive O3/NO2 and O3/N2O5 Adsorption |
(Rus)
|
| Том 42, № 2 (2023) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Effect of Structural Defects and Adsorbates on the Ballistic Conductivity of Carbon Nanotubes |
(Rus)
|
| Том 42, № 1 (2023) |
Химическая физика атмосферных явлений |
Biologically Active UV Radiation in the 21st Century |
(Rus)
|
| Том 42, № 4 (2023) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Monitoring Greenhouse Gases in the Open Atmosphere by the Fourier Spectroscopy Method |
(Rus)
|
| Том 42, № 5 (2023) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetics of the Thermal Decomposition of N-Allyl Derivatives of 7H-Difurazanofuxanoazepine and 7H-Trifurazanoazepine |
(Rus)
|
| Том 42, № 3 (2023) |
Combustion, explosion and shock waves |
Laser Ignition of Microparticles of Low-Metamorphosed Coal in the Size Range 0.4–33 µM |
(Rus)
|
| Том 42, № 6 (2023) |
К 100-ЛЕТИЮ СО ДНЯ РОЖДЕНИЯ АКАДЕМИКА В.И. ГОЛЬДАНСКОГО |
DNA Condensation in Bacteria |
(Rus)
|
| Том 42, № 4 (2023) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Molecular Modeling of the Interaction of a Cluster of Chromium-Containing Polyacrylonitrile with Pollutant Gases |
(Rus)
|
| Том 42, № 5 (2023) |
Combustion, explosion and shock waves |
Cyanomethyl-Substituted Furazanoazepines: Synthesis, Structure, Enthalpy of Formation, and Ballistic Efficiency |
(Rus)
|
| Том 42, № 3 (2023) |
Combustion, explosion and shock waves |
Adjusting the Standard Methods of Testing Explosives for Sensitivity to Impact |
(Rus)
|
| Том 42, № 6 (2023) |
К 100-ЛЕТИЮ СО ДНЯ РОЖДЕНИЯ АКАДЕМИКА В.И. ГОЛЬДАНСКОГО |
Euler Arches and Duffing Springs of a Few Nanometers in Size |
(Rus)
|
| Том 42, № 3 (2023) |
Combustion, explosion and shock waves |
Conversion of Wood Gasification Products by the Method of Partial Oxidation with Air |
(Rus)
|
| Том 42, № 5 (2023) |
Combustion, explosion and shock waves |
Energy Capabilities of Hydroxylammonium Salts of Nitroamine Derivatives of Some Polynitrogen Fused Heterocycles as Components of Composite Propellants |
(Rus)
|
| Том 42, № 4 (2023) |
Kinetics and mechanism of chemical reactions, catalysis |
Investigation of Potential Energy Surfaces of Reaction Systems Containing Ethylene, Hydrogen, and Oxygen Atoms by Quantum Chemical Calculations |
(Rus)
|
| Том 42, № 5 (2023) |
Chemical physics of biological processes |
Mechanisms of Interaction of Escherichia coli Biopolymers with 4-Hexylresorcinol |
(Rus)
|
| Том 42, № 4 (2023) |
Kinetics and mechanism of chemical reactions, catalysis |
Collisional Broadening of Spectral Lines in Slow Atomic Collisions |
(Rus)
|
| Том 42, № 3 (2023) |
Combustion, explosion and shock waves |
Verification of the Conclusions of the Microheterogeneous Model of Gas-Free Combustion at the Macroscopic Level |
(Rus)
|
| Том 42, № 6 (2023) |
К 100-ЛЕТИЮ СО ДНЯ РОЖДЕНИЯ АКАДЕМИКА В.И. ГОЛЬДАНСКОГО |
Why Do Proteins Fold into Unique 3D Structures? And Other Questions… |
(Rus)
|
| Том 42, № 5 (2023) |
Chemical physics of polymeric materials |
Fraction of Free Volume in Defective Structures of Butadiene and Acrylonitrile Copolymers and Absorption of Low Molecular Compounds |
(Rus)
|
| Том 42, № 3 (2023) |
Combustion, explosion and shock waves |
On Initial Stage of Combustion of Acetylene–Oxygen Mixtures in a Tube |
(Rus)
|
| Том 42, № 5 (2023) |
Chemical physics of polymeric materials |
Modeling Conformational Rearrangements of a Macromolecule Adsorbed on a Metal Nanoparticle in an External Electric Field |
(Rus)
|
| Том 42, № 6 (2023) |
К 100-ЛЕТИЮ СО ДНЯ РОЖДЕНИЯ АКАДЕМИКА В.И. ГОЛЬДАНСКОГО |
Temperature Dependence of the Nonlinear Dynamics of the Deactivation of Excited States of Tryptophan in Various Media |
(Rus)
|
| Том 42, № 4 (2023) |
Combustion, explosion and shock waves |
Influence of Gas-Dispersion Parameters of the Air Suspension Flow on the Flame Spread Velocity |
(Rus)
|
| Том 42, № 5 (2023) |
Chemical physics of polymeric materials |
The Structure and Properties of Blends Based on Isotactic Polypropylene and Polydecene |
(Rus)
|
| Том 42, № 3 (2023) |
Combustion, explosion and shock waves |
Hot-Spot Combustion of HMX |
(Rus)
|
| Том 42, № 5 (2023) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Effect of the Type of the Crystal Phase of In2O3 On Its Conductivity and Sensor Properties in Hydrogen Detection |
(Rus)
|
| Том 42, № 4 (2023) |
Combustion, explosion and shock waves |
Argon Radiation Behind a Strong Shock Wave: Experiment and Direct Simulation by the Monte Carlo Method |
(Rus)
|
| Том 42, № 6 (2023) |
К 100-ЛЕТИЮ СО ДНЯ РОЖДЕНИЯ АКАДЕМИКА В.И. ГОЛЬДАНСКОГО |
Dipole Moment of the S0 → S1 Chlorophyll a Transition in Solvents with a Varied Refraction Index |
(Rus)
|
| Том 42, № 5 (2023) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Iron-Ruthenium Catalysts for Ammonia Synthesis: the Relationship of Structure and Function |
(Rus)
|
| Том 42, № 3 (2023) |
Combustion, explosion and shock waves |
Hot-Spot Mode Combustion of Double-Base Gunpowder |
(Rus)
|
| Том 42, № 4 (2023) |
Combustion, explosion and shock waves |
Determination of the Electron Temperature of Shock-Heated Air from the Measured Radiation Intensities |
(Rus)
|
| Том 42, № 6 (2023) |
К 100-ЛЕТИЮ СО ДНЯ РОЖДЕНИЯ АКАДЕМИКА В.И. ГОЛЬДАНСКОГО |
Energy Barrier of Photoinduced Charge Separation in the Reaction Centers of Photosystems I and II |
(Rus)
|
| Том 42, № 5 (2023) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Virtual Spectrometer of Positron Annihilation Lifetimes Based on a Simulator |
(Rus)
|
| Том 42, № 3 (2023) |
Combustion, explosion and shock waves |
Impact Sensitivity of Explosives and the Rate of the Thermal Decomposition Reaction |
(Rus)
|
| Том 42, № 4 (2023) |
Химическая физика атмосферных явлений |
Propagation of Pulses of Acoustic Gravity Waves in the Atmosphere and Their Passage Through Layers with the Given Temperature Distribution |
(Rus)
|
| Том 42, № 5 (2023) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Sensor Layers Based on Semiconductor Nanoparticles and Their Electronic Structure |
(Rus)
|
| Том 42, № 4 (2023) |
Химическая физика атмосферных явлений |
Solid Products of NO2 and O3 Uptake on Methane Flame Soot |
(Rus)
|
| Том 42, № 3 (2023) |
Combustion, explosion and shock waves |
Kinetic Characteristics of Urotropine Gasification in Nitrogen and Carbon Dioxide Flows |
(Rus)
|
| Том 42, № 4 (2023) |
Химическая физика атмосферных явлений |
Reaction of Hydrogen Sulfide with a Chlorine Atom in the Temperature Range of 273 to 366 K |
(Rus)
|
| Том 42, № 3 (2023) |
Combustion, explosion and shock waves |
Effect of Obstructed Space on the Parameters of Shock Waves from the Deflagration of Hydrogen–Air Clouds |
(Rus)
|
| Том 42, № 3 (2023) |
Combustion, explosion and shock waves |
Numerical Simulation of the Effect of Additives on Autoignition of Lean Hydrogen–Air Mixtures |
(Rus)
|
| Том 42, № 3 (2023) |
Combustion, explosion and shock waves |
Ignition Limits of Hydrogen–Methane–Air Mixtures Over Metallic Rhodium at a Pressure of up to 2 atm |
(Rus)
|
| Том 42, № 3 (2023) |
Combustion, explosion and shock waves |
The Effect of Coating the 5/7 Pyroxylin Propellant Particles by a Film of Polyvinyl Butyral on the Transition of Layer-By-Layer Burning to Convective Burning |
(Rus)
|
| Том 42, № 8 (2023) |
Combustion, explosion and shock waves |
Model of Convective Burning of Granular Mixtures Used in SHS |
(Rus)
|
| Том 42, № 7 (2023) |
XXXIV СИМПОЗИУМ “СОВРЕМЕННАЯ ХИМИЧЕСКАЯ ФИЗИКА” (СЕНТЯБРЬ 2022 г., ТУАПСЕ) |
Creation of Two-Dimensional High Temperature Superconductivity Under the Influence of an Electric Field |
(Rus)
|
| Том 42, № 8 (2023) |
Combustion, explosion and shock waves |
Kinetic Models of Gasoline Combustion |
(Rus)
|
| Том 42, № 7 (2023) |
XXXIV СИМПОЗИУМ “СОВРЕМЕННАЯ ХИМИЧЕСКАЯ ФИЗИКА” (СЕНТЯБРЬ 2022 г., ТУАПСЕ) |
The Relationship between the Structure of Nitroxyl Radicals and Their Localization In Solutions of Thermoresposive Polymers |
(Rus)
|
| Том 42, № 9 (2023) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetics of Thermal Decomposition of N-Cyanomethyl Derivatives of 7-Difurazanofuxanoazepine and 7-Tryfurasanazepine |
(Rus)
|
| Том 42, № 10 (2023) |
Элементарные физико-химические процессы |
Резонансные и аномальные структуры спектров ассоциативной ионизации с участием ридберговских атомов |
(Rus)
|
| Том 42, № 8 (2023) |
Combustion, explosion and shock waves |
On the Mechanism of Combustion Propagation in Porous Nanothermites |
(Rus)
|
| Том 42, № 7 (2023) |
XXXIV СИМПОЗИУМ “СОВРЕМЕННАЯ ХИМИЧЕСКАЯ ФИЗИКА” (СЕНТЯБРЬ 2022 г., ТУАПСЕ) |
Synchronized Detection of X-Ray and Secondary Fluorescent Radiation of a Sample by Monophoton Sensors |
(Rus)
|
| Том 42, № 9 (2023) |
Combustion, explosion and shock waves |
Investigation of Macrokinetic Parameters of Combustion of (Ti + C)-Based Powder and Granular Mixtures: Elucidation of the Negative Activation Energy Paradox |
(Rus)
|
| Том 42, № 10 (2023) |
Элементарные физико-химические процессы |
ФРАГМЕНТАЦИЯ МОЛЕКУЛ АДЕНИНА ПРИ ВЗАИМОДЕЙСТВИИ С ИОНАМИ |
(Rus)
|
| Том 42, № 7 (2023) |
XXXIV СИМПОЗИУМ “СОВРЕМЕННАЯ ХИМИЧЕСКАЯ ФИЗИКА” (СЕНТЯБРЬ 2022 г., ТУАПСЕ) |
Lithium-Conducting Nafion Membrane Plasticized with a DMSO–Sulfolane Mixture |
(Rus)
|
| Том 42, № 8 (2023) |
Combustion, explosion and shock waves |
Air Gasification of Wood at Increased Pressure in the Filtration Combustion Mode |
(Rus)
|
| Том 42, № 9 (2023) |
Combustion, explosion and shock waves |
Methyl-Substituted Derivatives of Furazanoazepines: Synthesis, Structure, Enthalpy of Formation, and Ballistic Efficiency |
(Rus)
|
| Том 42, № 10 (2023) |
Kinetics and mechanism of chemical reactions, catalysis |
Reactions of Halogenated Acetic and Propionic Acids with Fluorine Atoms |
(Rus)
|
| Том 42, № 7 (2023) |
XXXIV СИМПОЗИУМ “СОВРЕМЕННАЯ ХИМИЧЕСКАЯ ФИЗИКА” (СЕНТЯБРЬ 2022 г., ТУАПСЕ) |
L-Lactide Polymerization Kinetics in the Presence of Ti(Tbse)2 by Differential Scanning Calorimetry |
(Rus)
|
| Том 42, № 8 (2023) |
Combustion, explosion and shock waves |
Effects of Gas Flowing around the Energy Release Zone during Laser Combustion Wave Propagation |
(Rus)
|
| Том 42, № 9 (2023) |
Combustion, explosion and shock waves |
Mathematical Simulation of the Exothermal Chemical Interaction in a Plug Reactor Containing Emulsion Under the Influence of Gravitational Forces |
(Rus)
|
| Том 42, № 10 (2023) |
Combustion, explosion and shock waves |
Emission of Shock-Heated Air in the Vacuum Ultraviolet Spectral Region |
(Rus)
|
| Том 42, № 9 (2023) |
Combustion, explosion and shock waves |
Stretching and Compression of the Quasi-Isobaric Filtration Front of Combustion of Porous Media |
(Rus)
|
| Том 42, № 7 (2023) |
XXXIV СИМПОЗИУМ “СОВРЕМЕННАЯ ХИМИЧЕСКАЯ ФИЗИКА” (СЕНТЯБРЬ 2022 г., ТУАПСЕ) |
Composite Aerogels Based on Reduced Graphene Oxide Decorated with Iron Oxide Nanoparticles: Synthesis, Physicochemical and Sorption Properties |
(Rus)
|
| Том 42, № 8 (2023) |
Combustion, explosion and shock waves |
Imitation of the Explosion Effects in a Shock Tube with a Focusing Element |
(Rus)
|
| Том 42, № 10 (2023) |
Combustion, explosion and shock waves |
Investigation of Ionization Processes Before A Strong Shock Wave |
(Rus)
|
| Том 42, № 9 (2023) |
Combustion, explosion and shock waves |
The Effect of the Mixture Composition on the Oxidation of Propane in the Stabilized Cool-Flame Mode |
(Rus)
|
| Том 42, № 8 (2023) |
Combustion, explosion and shock waves |
Parameters of Pressure Waves during the Rupture of Underwater Gas Pipelines |
(Rus)
|
| Том 42, № 7 (2023) |
XXXIV СИМПОЗИУМ “СОВРЕМЕННАЯ ХИМИЧЕСКАЯ ФИЗИКА” (СЕНТЯБРЬ 2022 г., ТУАПСЕ) |
Synthesis and Properties of poly(p-xylylene)–Molybdenum Oxide Nanocomposites |
(Rus)
|
| Том 42, № 10 (2023) |
Химическая физика атмосферных явлений |
Impact of Natural Factors on the Temperature in the Lower Thermosphere |
(Rus)
|
| Том 42, № 9 (2023) |
Combustion, explosion and shock waves |
Controlling the Sensitivity of Pentaerythritol Tetranitrate to Visible Laser Radiation by the Addition of ZnO:Ag Nanopowder |
(Rus)
|
| Том 42, № 7 (2023) |
XXXIV СИМПОЗИУМ “СОВРЕМЕННАЯ ХИМИЧЕСКАЯ ФИЗИКА” (СЕНТЯБРЬ 2022 г., ТУАПСЕ) |
Mechanism of One-Pot Stereoselective Assembly of Spiroketal Derivatives from Cyclohexanone and Phenylacetylene in KOH/DMSO: a Quantum Chemical Study |
(Rus)
|
| Том 42, № 8 (2023) |
Combustion, explosion and shock waves |
Structure of a Lean Laminar Hydrogen–Air Flame |
(Rus)
|
| Том 42, № 10 (2023) |
Химическая физика атмосферных явлений |
Growth of Positioning Errors with Increasing Signal Power of Global Navigation Satellite Systems |
(Rus)
|
| Том 42, № 9 (2023) |
Combustion, explosion and shock waves |
Estimation of the Exothermic Reaction Rates for Nonideal Detonation of Triple Nitromethane/Ammonium Perchlorate/Aluminum Mixtures |
(Rus)
|
| Том 42, № 10 (2023) |
Химическая физика атмосферных явлений |
Coupled Generation of Acoustic and Gravity Waves by Tropospheric Heat Sources |
(Rus)
|
| Том 42, № 8 (2023) |
Combustion, explosion and shock waves |
Features of Ignition of Mixtures of Hydrogen With Hydrocarbons (C2, C3, C5) Over Rhodium and Palladium at Pressures of 1–2 atm |
(Rus)
|
| Том 42, № 9 (2023) |
Chemical physics of biological processes |
Induced Optical Activity of Proflavine in Complex with DNA |
(Rus)
|
| Том 42, № 7 (2023) |
XXXIV СИМПОЗИУМ “СОВРЕМЕННАЯ ХИМИЧЕСКАЯ ФИЗИКА” (СЕНТЯБРЬ 2022 г., ТУАПСЕ) |
Simulation of Hydrogen and Oxygen Adsorption on Palladium Nanoparticles Located on a Graphite Substrate with Various Defects |
(Rus)
|
| Том 42, № 10 (2023) |
Химическая физика атмосферных явлений |
Surface Tension of a Cloud of Charged Microparticles in a Gas-Discharge Plasma |
(Rus)
|
| Том 42, № 9 (2023) |
ДИНАМИКА ТРАНСПОРТНЫХ ПРОЦЕССОВ |
The Mutual Influence of the Turbulence Coefficient and Reynolds Number on the Formation of a Turbulent Process: 1. The Randomness Coefficient |
(Rus)
|
| Том 42, № 10 (2023) |
Химическая физика атмосферных явлений |
Heterogeneity Accounting for the UV-C Radiation Propagation Path Over the Sea |
(Rus)
|
| Том 42, № 8 (2023) |
Combustion, explosion and shock waves |
- |
(Rus)
|
| Том 42, № 7 (2023) |
XXXIV СИМПОЗИУМ “СОВРЕМЕННАЯ ХИМИЧЕСКАЯ ФИЗИКА” (СЕНТЯБРЬ 2022 г., ТУАПСЕ) |
Influence of Impurities on the Stability of the Ti5Si3 and TiSi Phases |
(Rus)
|
| Том 42, № 8 (2023) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Thermal Stability of Passivated Compacts from Pyrophoric Iron Nanopowders |
(Rus)
|
| Том 42, № 7 (2023) |
XXXIV СИМПОЗИУМ “СОВРЕМЕННАЯ ХИМИЧЕСКАЯ ФИЗИКА” (СЕНТЯБРЬ 2022 г., ТУАПСЕ) |
Specific Features of the Decay Kinetics of an Excited Singlet State Into a Pair of Triplet Excitons In Rubrene Crystals |
(Rus)
|
| Том 42, № 11 (2023) |
Chemical physics of polymeric materials |
Dielectric Properties of Composites Based on Ethylene Vinyl Acetate
Filled with a Hollandite-Like Ceramic Material K1.5Co0.75Ti7.25O16 |
(Rus)
|
| Том 42, № 11 (2023) |
Chemical physics of polymeric materials |
Influence of Internal Microarchitecture on the Shape of Individual
Implants Made from Vinylidene Fluoride Copolymer by 3D Printing
with High-Temperature Crystallization |
(Rus)
|
| Том 42, № 12 (2023) |
Kinetics and mechanism of chemical reactions, catalysis |
Comparative Analysis of the Kinetics and Mechanism
of the Destruction of Phenoxy Radicals of 2,6-Diisobornyl-4-
Methylphenol and 2,6-Ditret-Butyl-4-Methylphenol |
(Rus)
|
| Том 42, № 11 (2023) |
Chemical physics of polymeric materials |
Становление адгезионной прочности систем эпоксиангидридная матрица – волокно |
(Rus)
|
| Том 42, № 12 (2023) |
Kinetics and mechanism of chemical reactions, catalysis |
The Rate of Absorption by the Styrene Epoxide–P-Toluene Sulfonic
Acid Double System Depending on the Structure of the Aliphatic Tail
of the Alcohol Solvent |
(Rus)
|
| Том 42, № 11 (2023) |
Chemical physics of polymeric materials |
Low-Molecular Fluoropolymers: Structure and Thermal Properties |
(Rus)
|
| Том 42, № 12 (2023) |
Kinetics and mechanism of chemical reactions, catalysis |
Investigation of the Interaction of Hydrogen Fluoride with Quartz
by Measuring Surface Conductivity |
(Rus)
|
| Том 42, № 12 (2023) |
Kinetics and mechanism of chemical reactions, catalysis |
The Existence Regions for Direct Three-Body Recombination
of Cesium and Bromide Ions in the Presence of Krypton,
Xenon, and Mercury Atoms |
(Rus)
|
| Том 42, № 12 (2023) |
Combustion, explosion and shock waves |
Adaptation of the Kinetical Scheme to Ethylene Combustion
Conditions at Temperatures Above 1200 K |
(Rus)
|
| Том 42, № 11 (2023) |
Chemical physics of polymeric materials |
Composite Materials Based on Polytetrafluoroethylene
Microgranules and Nickel-Containing Nanoparticles: Synthesis,
Composition, and Magnetic Properties |
(Rus)
|
| Том 42, № 12 (2023) |
Combustion, explosion and shock waves |
Effect of Impurities on Lean Laminar Hydrogen–air Flames |
(Rus)
|
| Том 42, № 12 (2023) |
Электрические и магнитные свойства материалов |
Empirical Model of the Charge Carriers’ Photogeneration
in Organic Solar Cells |
(Rus)
|
| Том 42, № 11 (2023) |
Chemical physics of polymeric materials |
Two-Stage Method for the Synthesis of Reactor Heterophase
Thermoplastic Elastomers Based on Polypropylene |
(Rus)
|
| Том 42, № 12 (2023) |
Электрические и магнитные свойства материалов |
Dielectric Properties of Aerogels Containing Carbon Nanostructures |
(Rus)
|
| Том 42, № 12 (2023) |
Chemical physics of polymeric materials |
Influence of the Polymer Matrix Composition on the Size Range
of Silver Nanoparticles Formed in a Succinyl Chitosan Solution
Under the Action of Microwave Radiation |
(Rus)
|
| Том 42, № 11 (2023) |
Chemical physics of polymeric materials |
Magnetic Resonance Imaging Study of Water Absorption
of Polymer Composite Materials Subjected to Mechanical
and Temperature Impact |
(Rus)
|
| Том 42, № 12 (2023) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
An Electrostatic Mechanism for the Formation of Hybrid
Nanostructures Based on Gold Nanoparticles
and Cationic Porphyrins |
(Rus)
|
| Том 42, № 12 (2023) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Kinetics of the Decay of Excited Singlet State into a Pair
of T-Excitons in Rubrene Films: Mechanism and Manifestation
of Exciton Migration |
(Rus)
|
| Том 42, № 11 (2023) |
Chemical physics of polymeric materials |
The Influence of the Specifics of the Formation of the Polymer Shell
of a Microcapsule with a Nitrogen-Containing Compound Core
on the Durability of the Tool During Blade Cutting |
(Rus)
|
| Том 42, № 12 (2023) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, РЕАКЦИОННАЯ СПОСОБНОСТЬ |
Influence of an Ultralow Graphene Content on the Physical
and Mechanical Characteristics of Uhmwpe-Based Composites |
(Rus)
|
| Том 42, № 12 (2023) |
ДИНАМИКА ТРАНСПОРТНЫХ ПРОЦЕССОВ |
The Effect of the Turbulence Coefficient on the Formation
of a Turbulent Process: 2. Existing Scenarios for the Occurrence
and Development of Turbulence |
(Rus)
|
| Том 42, № 11 (2023) |
Chemical physics of polymeric materials |
Polymer Composites Based on Polylactide-Containing Various Kinds
of Carbon Nanofillers |
(Rus)
|
| Том 42, № 11 (2023) |
Chemical physics of polymeric materials |
Optical Spectra of Composite Materials Based on Molybdenum-
Containing Nanoparticles and High-Pressure Polyethylene |
(Rus)
|
| Том 43, № 1 (2024) |
Элементарные физико-химические процессы |
Method of splitting polarization coordinates for description of ultrafast multistage electron transfer in a non-debye medium |
(Rus)
|
| Том 43, № 1 (2024) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Quantum-chemical calculations of the enthalpy of formation for 5/6/5 tricyclic tetrazine derivatives annelated with nitrotriazoles |
(Rus)
|
| Том 43, № 1 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Effect of organic corrosion inhibitors on the kinetics of the cathodic hydrogen evolution reaction on steel in a sulfuric acid solution |
(Rus)
|
| Том 43, № 1 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetic modeling of the effect of the conditions of conjugate oxidation of propane and ethylene on the yield of propylene |
(Rus)
|
| Том 43, № 1 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Influence of self-heating on the kinetics of an exothermal reaction under isothermal conditions |
(Rus)
|
| Том 43, № 1 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetic features of the methylinoleate oxidation in micelles of sodium dodecyl sulfate |
(Rus)
|
| Том 43, № 1 (2024) |
Combustion, explosion and shock waves |
Thermochemical properties of trinitromethyl-1,3,5-triazines |
(Rus)
|
| Том 43, № 1 (2024) |
Combustion, explosion and shock waves |
Propargyl-substituted furazanoazepines: synthesis, structure, enthalpy of formation, ballistic efficiency |
(Rus)
|
| Том 43, № 1 (2024) |
Combustion, explosion and shock waves |
Dependence of the TNT equivalent of an underwater explosion on the content of aluminum hydride in the energy material |
(Rus)
|
| Том 43, № 1 (2024) |
Динамика фазовых переходов |
Mechanism of Sm2MoO6 phase formation from a mechanically activated oxide mixture |
(Rus)
|
| Том 43, № 1 (2024) |
Chemical physics of polymeric materials |
Features of structural formations in butadiene-nitrile rubber films under the action of a directed electric field |
(Rus)
|
| Том 43, № 1 (2024) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Effect of the formation method of ZnO–In2O3 composites on their structural characteristics and conductivity |
(Rus)
|
| Том 43, № 2 (2024) |
Элементарные физико-химические процессы |
Reaction operator in the main equation of spin chemistry |
(Rus)
|
| Том 43, № 2 (2024) |
ВЛИЯНИЕ ВНЕШНИХ ФАКТОРОВ НА ФИЗИКО-ХИМИЧЕСКИЕ ПРЕВРАЩЕНИЯ |
Effect of terahertz radiation on the transport properties of albumin: binding with metal ions |
(Rus)
|
| Том 43, № 2 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Detection of photoreversibility of NO2–ONO linkage isomerization in [Co(NH3)5NO2]Cl(NO3 crystals by the photomechanical response method |
(Rus)
|
| Том 43, № 2 (2024) |
Электрические и магнитные свойства материалов |
Kinetics of polaron capture by traps in a lithium niobate crystal |
(Rus)
|
| Том 43, № 2 (2024) |
ФИЗИЧЕСКИЕ МЕТОДЫ ИССЛЕДОВАНИЯ ХИМИЧЕСКИХ РЕАКЦИЙ |
Photochemistry of IrCl63– complex in aqueous solutions |
(Rus)
|
| Том 43, № 2 (2024) |
Chemical physics of biological processes |
Lipid-mediated effect of glycyrrhizin on the properties of the transmembrane domain of the E-protein of the SARS-CoV-2 virus |
(Rus)
|
| Том 43, № 2 (2024) |
Chemical physics of biological processes |
Aerobic decomposition of dimethylthiourea nitrosyl iron complex in the presence of albimin and glutathione |
(Rus)
|
| Том 43, № 2 (2024) |
Chemical physics of biological processes |
Investigation of the behavior of dioxadet molecules in water by molecular dynamics simulation |
(Rus)
|
| Том 43, № 2 (2024) |
Chemical physics of biological processes |
Influence of different heat treatment regimes on the change of chemical composition and antibacterial activity of bee honey |
(Rus)
|
| Том 43, № 2 (2024) |
Chemical physics of biological processes |
Cationic effect in the formation of toxic and antiviral properties of Keggon heteropoly compounds |
(Rus)
|
| Том 43, № 2 (2024) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Inglet oxygen generaion via silver nanoparticles UV-photoexcitation |
(Rus)
|
| Том 43, № 2 (2024) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Synthesis and characterization of prebiotic composite struvite/kappa-carrageenan |
(Rus)
|
| Том 43, № 3 (2024) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Effects of Surfactants on the Aggregation of 6,6'-Disubstituted Thiacarbocyanine Dyes in Aqueous Solutions |
(Rus)
|
| Том 43, № 3 (2024) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Impurity Ions Mn2+ and Fe3+ as Paired Spin Labels for the Study of Structural Transformations in Phyllosilicates by the ESR Method |
(Rus)
|
| Том 43, № 3 (2024) |
ВЛИЯНИЕ ВНЕШНИХ ФАКТОРОВ НА ФИЗИКО-ХИМИЧЕСКИЕ ПРЕВРАЩЕНИЯ |
Dynamics of Degradation of Polylactide-Natural Rubber Compositions under the Influence of UV Irradiation |
(Rus)
|
| Том 43, № 3 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
The Initiation Mechanism of the Isoolefin Oligomerization Reaction in the Presence of Ethylaluminum Dichloride – Protonodonor Complex Catalysts |
(Rus)
|
| Том 43, № 3 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetics of Thermal Decomposition of N-Propargil Derivatives of 7H-Difurazanofuxanoazepine and 7H-Trifurasanoazepine |
(Rus)
|
| Том 43, № 3 (2024) |
Combustion, explosion and shock waves |
Ignition of Coal Microparticles by Laser Pulses of The Second Harmonic of a Ndodymium Laser in the Q-Switched Regime |
(Rus)
|
| Том 43, № 3 (2024) |
Combustion, explosion and shock waves |
Mathematical Model of the Process of Thermal Destruction of Polymer Binders under Arbitrary Heating Conditions |
(Rus)
|
| Том 43, № 3 (2024) |
Combustion, explosion and shock waves |
The Effect of Nickel Content and Mechanical Activation on Combustion in the 5Ti + 3Si + хNi System |
(Rus)
|
| Том 43, № 3 (2024) |
Combustion, explosion and shock waves |
Mass Velocity Profiles for Non-Ideal Detonation of Mixtures of Nitromethane and Ammonium Perchlorate Overloaded with Aluminum. Measurements and Calculation |
(Rus)
|
| Том 43, № 3 (2024) |
Chemical physics of polymeric materials |
Influence of Conditions for Obtaining Polylactide-Based Materials on Their Physico-Mechanical and Rheological Characteristics |
(Rus)
|
| Том 43, № 3 (2024) |
Chemical physics of polymeric materials |
The Impact of Water on Polylactide – Polybutylene Adipinate Terephthalate Blends |
(Rus)
|
| Том 43, № 3 (2024) |
Chemical physics of polymeric materials |
Investigation of the Influence of UV Radiation on Compositions of Polylactide with Graphite Nanoplates |
(Rus)
|
| Том 43, № 3 (2024) |
Short Communication |
Synthesis of HTSP Y11-xFexBa2Cu3Oy by Sol-Gel and Solid-Phase Methods |
(Rus)
|
| Том 43, № 4 (2024) |
Элементарные физико-химические процессы |
The glow of Mg and Ca atoms when they interact with H atoms |
(Rus)
|
| Том 43, № 4 (2024) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
The structure of tetranuclear zirconium pivalate ZR4O2 [(CH3)3CCO2]12 according to X-ray diffraction analysis and quantum chemical calculations |
(Rus)
|
| Том 43, № 4 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Oxidation of benzene to phenol by nitrous oxide over Me-ZSM-5-zeolites with a low concentration of active sites. Role of single active sites |
(Rus)
|
| Том 43, № 4 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetics of thermal decomposition of methyl derivatives of 7H-difurazanofuxanoazepine and 7H-tryfurasanoazepine |
(Rus)
|
| Том 43, № 4 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Dependence of the decomposition rate of furoxanes on the polarity of the solvent |
(Rus)
|
| Том 43, № 4 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Study of the potential energy surface of reactions in a system containing i-propyl and n-propyl radicals |
(Rus)
|
| Том 43, № 4 (2024) |
Combustion, explosion and shock waves |
Study of patterns and mechanisms of combustion of powdered and granulated T-C-B system |
(Rus)
|
| Том 43, № 4 (2024) |
Combustion, explosion and shock waves |
The effect of cobalt content and mechanical activation on combustion in the Ni + Al + Co system |
(Rus)
|
| Том 43, № 4 (2024) |
Chemical physics of biological processes |
Two-frequency pulsed laser irradiation to stimulate the development of coniferous trees |
(Rus)
|
| Том 43, № 4 (2024) |
Chemical physics of biological processes |
The effect of hypochlorite-induced fibrinogen oxidation on the protein structure, fibrin self-assembly and fibrinolysis |
(Rus)
|
| Том 43, № 4 (2024) |
Chemical physics of biological processes |
Improvement of morphophysiological parameters of pepper after the seed pre-sowing treatment with zinc nanoparticles |
(Rus)
|
| Том 43, № 4 (2024) |
Chemical physics of polymeric materials |
Development of a comprehensive theoretical and experimental methodology for evaluating the parameters of recycling by pyrolysis of plastic based on polycarbonate and polyethylene |
(Rus)
|
| Том 43, № 4 (2024) |
Chemical physics of polymeric materials |
Structural features of polylactide and natural rubber films produced by solution casting |
(Rus)
|
| Том 43, № 5 (2024) |
ВЛИЯНИЕ ВНЕШНИХ ФАКТОРОВ НА ФИЗИКО-ХИМИЧЕСКИЕ ПРЕВРАЩЕНИЯ |
The effect of a magnetic field on the generation of free radicals in the interaction of quaternary ammonium compounds with hydroperoxides |
(Rus)
|
| Том 43, № 5 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetics of decomposition of 1,1-diamino-2,2-dinitroethylene (fox-7). 5. Vapor pressure and reaction in the gas phase |
(Rus)
|
| Том 43, № 5 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Process of magnetite dissolution in orthophosphoric and sulfuric acid solutions according to kinetic and electrochemical methods |
(Rus)
|
| Том 43, № 5 (2024) |
Combustion, explosion and shock waves |
Ignition of a gasless mixture array by a combustion wave |
(Rus)
|
| Том 43, № 5 (2024) |
Combustion, explosion and shock waves |
Some high-energy trinitromethyl-ONN-furazans as binder plasticizers in model solid composite propellants |
(Rus)
|
| Том 43, № 5 (2024) |
Combustion, explosion and shock waves |
Parameters of decomposition and combustion of reed vegetation: 1. Mechanism and kinetics of thermo-oxidative decomposition and pyrolysis |
(Rus)
|
| Том 43, № 5 (2024) |
Combustion, explosion and shock waves |
Features of the interaction of the combustion front of diluted methane–oxygen mixtures with hollow cylindrical and conical obstacles at low pressures |
(Rus)
|
| Том 43, № 5 (2024) |
Chemical physics of biological processes |
Regularities of the formation of cool-flame oxidation products of rich propane-oxygen mixtures in a two-section reactor |
(Rus)
|
| Том 43, № 5 (2024) |
Chemical physics of polymeric materials |
Low-melting hybrid thermoplastics of ammonium polyphosphate |
(Rus)
|
| Том 43, № 5 (2024) |
Chemical physics of polymeric materials |
Physicochemical properties of disperse-filled ethylene-octene copolymer |
(Rus)
|
| Том 43, № 5 (2024) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Colloidal-graphite suspension based on thermally expanded graphite |
(Rus)
|
| Том 43, № 5 (2024) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Elastic conductivity of germanene nanoribbons with acceptor defects |
(Rus)
|
| Том 43, № 5 (2024) |
НЕКРОЛОГ |
Umanskii Stanislav Yakovlevich (12.11.1943–09.05.2024) |
(Rus)
|
| Том 43, № 6 (2024) |
Элементарные физико-химические процессы |
Reaction of atomic fluorine with benzene |
(Rus)
|
| Том 43, № 6 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Heterogeneous reaction of dimethyl sulfide with a chlorine atom |
(Rus)
|
| Том 43, № 6 (2024) |
Combustion, explosion and shock waves |
Measurement of the electron concentration in the vicinity of a strong shock wave |
(Rus)
|
| Том 43, № 6 (2024) |
Combustion, explosion and shock waves |
Spectral model for calculation of radiation characteristics of shock heated gas |
(Rus)
|
| Том 43, № 6 (2024) |
Химическая физика экологических процессов |
Estimation of emissions from metallurgical plants using infrared fourier transform spectroscopy |
(Rus)
|
| Том 43, № 6 (2024) |
Химическая физика атмосферных явлений |
Reaction mechanism of O₃ uptake on MgCl₂ · 6H₂O as a sea salt component |
(Rus)
|
| Том 43, № 6 (2024) |
Химическая физика атмосферных явлений |
Effect of particles of the young layer on the length ozone depletion chains in the atmosphere |
(Rus)
|
| Том 43, № 6 (2024) |
Химическая физика атмосферных явлений |
The ionospheric electric field perturbation with an increase in radon emanation |
(Rus)
|
| Том 43, № 6 (2024) |
Химическая физика атмосферных явлений |
Mathematical simulation of the atmospheric electric field disturbance during geomagnetic storm on 17 march 2015 |
(Rus)
|
| Том 43, № 6 (2024) |
Химическая физика атмосферных явлений |
Multimodel study of the influence of atmospheric waves from a tropospheric source on the ionosphere during a geomagnetic storm on may 27–29, 2017 |
(Rus)
|
| Том 43, № 6 (2024) |
Химическая физика атмосферных явлений |
Statistical analysis of flux enhancements of energetic electrons in the low-latitudinal ionosphere according to the data from the NOAA/POES and MetOp satellites from 1998 to 2022 years |
(Rus)
|
| Том 43, № 7 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetics of decomposition of 1,1-diamino-2,2-dinitroethylene (FOX-7). 6. The induction period at the early stages of the reaction in the solid state |
(Rus)
|
| Том 43, № 7 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetics of thermal decomposition of polymethylmethacrylate in an oxidizing environment |
(Rus)
|
| Том 43, № 7 (2024) |
Combustion, explosion and shock waves |
Electrical model of detonation kinetics of explosives |
(Rus)
|
| Том 43, № 7 (2024) |
Combustion, explosion and shock waves |
Methods for measuring electron concentration in shock waves |
(Rus)
|
| Том 43, № 7 (2024) |
Combustion, explosion and shock waves |
Calculation of radiation characteristics of shock heated air by Direct Simulation Monte Carlo method |
(Rus)
|
| Том 43, № 7 (2024) |
Combustion, explosion and shock waves |
Conductive and convective combustion modes of granular mixtures of Ti–C–NiCr |
(Rus)
|
| Том 43, № 7 (2024) |
Combustion, explosion and shock waves |
The role of third-body collision efficiency in autoignition of hydrogen–air mixtures |
(Rus)
|
| Том 43, № 7 (2024) |
Combustion, explosion and shock waves |
Catalytic ignition of deuterium–air mixtures over a metallic rhodium surface at pressures of 1–2 atm |
(Rus)
|
| Том 43, № 7 (2024) |
Combustion, explosion and shock waves |
Neutralization of sulfur-containing gases during coal filtration combustion |
(Rus)
|
| Том 43, № 7 (2024) |
Chemical physics of biological processes |
The structure of DNA in anabiotic and mummified Escherichia coli cells |
(Rus)
|
| Том 43, № 7 (2024) |
Chemical physics of polymeric materials |
Porous polymer compositions based on mixed colloidal suspensions under ultrasonic dispersion and microwave heating |
(Rus)
|
| Том 43, № 8 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetics of thermal decomposition of polymethylmethacrylate in a carbon dioxide environment |
(Rus)
|
| Том 43, № 8 (2024) |
Combustion, explosion and shock waves |
Features of the inhibition of hydrogen–air mixtures by propylene additive |
(Rus)
|
| Том 43, № 8 (2024) |
Combustion, explosion and shock waves |
Combustion peculiarities in the 2Co–Ti–Al system and properties of half-metallic ferromagnetic Heusler alloy Co2TiAl |
(Rus)
|
| Том 43, № 8 (2024) |
Combustion, explosion and shock waves |
Influence of mechanical activation and impurity gas release on the macrokinetics of combustion and the product structure in the Ti–C–B system for pressed compacts and granulated mixtures |
(Rus)
|
| Том 43, № 8 (2024) |
Combustion, explosion and shock waves |
Experimental study of a stoichiometric propylene–oxygen–argon mixture ignition behind a reflected shock wave |
(Rus)
|
| Том 43, № 8 (2024) |
Combustion, explosion and shock waves |
Numerical simulation of oxidative conversion of methane to synthesis gas in a reversed flow reactor |
(Rus)
|
| Том 43, № 8 (2024) |
Combustion, explosion and shock waves |
Acceleration ability of the mixtures of explosives with positive and negative oxygen balance |
(Rus)
|
| Том 43, № 8 (2024) |
Combustion, explosion and shock waves |
Thermodynamic evaluation of hydrogen production modes during pyrolysis of ammonia in a filtration combustion moving bed reactor |
(Rus)
|
| Том 43, № 8 (2024) |
Combustion, explosion and shock waves |
Combustion regimes of hydrogen at its direct injection into the internal combustion engine chamber |
(Rus)
|
| Том 43, № 8 (2024) |
Combustion, explosion and shock waves |
The effect of aluminum in its mixtures with ammonium nitrate on the ignition of burning and its transition to convective burning regime |
(Rus)
|
| Том 43, № 8 (2024) |
Combustion, explosion and shock waves |
Influence of water microdroplets on hydrogen–air flame instability development in a channel |
(Rus)
|
| Том 43, № 8 (2024) |
ФИЗИЧЕСКИЕ МЕТОДЫ ИССЛЕДОВАНИЯ ХИМИЧЕСКИХ РЕАКЦИЙ |
Ion confinement efficiency in a complex plasma of glow discharge |
(Rus)
|
| Том 43, № 8 (2024) |
Articles |
Erratum to: "Collision efficiency in autoignition of hydrogen–air mixtures" (Russian Journal of Physical Chemistry B: Focus on Physics. 2024. V. 43.
№ 7. P. 73–82; DOI: 10.31857/S0207401X24070071) |
(Rus)
|
| Том 43, № 12 (2024) |
Элементарные физико-химические процессы |
Heterocyclic molecules fragmentation due to single electron capture by doubly charged ions |
|
| Том 43, № 12 (2024) |
Элементарные физико-химические процессы |
A comparative analysis of simulation of collision induced dissociation on two different potential energy surfaces |
|
| Том 43, № 11 (2024) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Photonics of bilirubin – biologically important molecule (Review) |
|
| Том 43, № 11 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetics of the soy lecithin oxidation at high concentrations. The effect of antioxidants |
|
| Том 43, № 11 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Spin adducts in photolysis of mixed benzoyl phosphonium-iodonium ylides in dichloromethane |
|
| Том 43, № 11 (2024) |
Электрические и магнитные свойства материалов |
Impact of regiodefects on polarization of ferroelectric polymers at low temperatures |
|
| Том 43, № 11 (2024) |
Chemical physics of biological processes |
Study of thermal denaturation of the plasminogen molecule under induced oxidation |
|
| Том 43, № 12 (2024) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Quantum-chemical simulation of the C60 fullerenes interaction with allyl chloride vinyl-type model growth radicals |
|
| Том 43, № 11 (2024) |
Chemical physics of biological processes |
Determination of the content of FAD cofactor and NAD(P)H-oxidase complexes in mouse splenocytes and Lewis carcinoma cells under conditions of apoptosis by confocal microscopy method |
|
| Том 43, № 12 (2024) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
A generalized method for the estimation of the intensity of electron-phonon interaction in photosynthetic pigments using the evolutionary optimization algorithm |
|
| Том 43, № 11 (2024) |
Chemical physics of biological processes |
Influence of europium chelate on the chemiluminescence kinetics during free-radical oxidation of lipid samples of vegetable origin |
|
| Том 43, № 12 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Regularities of establishing of thermal regimes in countercurrent plug reactor |
|
| Том 43, № 11 (2024) |
Chemical physics of biological processes |
Structural and thermodynamic parameters of a biopolymeric oral delivery system for liposomal form of a combination of nutraceuticals |
|
| Том 43, № 12 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Investigation of changes in the surface conductivity of lithium fluoride during hydrogen fluoride adsorption |
|
| Том 43, № 11 (2024) |
Chemical physics of biological processes |
Cardiac troponin I determination by elisa immuno assay on magnetic particles with electrochemical detection |
|
| Том 43, № 12 (2024) |
Электрические и магнитные свойства материалов |
Photogeneration of charge carriers in organic solar cells. The role of nonequilibrium states for electrons and holes |
|
| Том 43, № 11 (2024) |
Chemical physics of biological processes |
Еffect of light spectrum on elastic-mechanical properties of sclera and myopia development |
|
| Том 43, № 12 (2024) |
Chemical physics of biological processes |
Pecularities of DNA binding to two-dimensional crystals of bacterial protein Dps from Escherichia coli based on molecular dynamics data |
|
| Том 43, № 11 (2024) |
Chemical physics of biological processes |
Physical and chemical analysis of the lipofuscin granule bisretinoid photodestruction products from retinal pigment epithelium cells of the eye |
|
| Том 43, № 11 (2024) |
Chemical physics of polymeric materials |
Phase behaviour of V-shaped liquid crystal/polymer mixture |
|
| Том 43, № 12 (2024) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Magnetic aerogels based on reduced graphite oxide – sorbents of the carcinogenic compound K2Cr2O7 |
|
| Том 43, № 11 (2024) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Nanosized platform based on magnetic nanoparticles for photodynamic therapy in oncology |
|
| Том 43, № 12 (2024) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
The manifestation of spin-selectivity of the singlet exciton decay into a pair of triplets in the kinetics of the exciton decay in rubrene films |
|
| Том 43, № 12 (2024) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Structure and morphology of cobalt doped cubic–rhombohedhral In2O3 |
|
| Том 43, № 10 (2024) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
On the statistical theory of the shape of multiple quantum nmr spectra in solids |
|
| Том 43, № 10 (2024) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Orientational isomerism in water clusters (h2o)n = 2–5, corresponding to the complete set of oriented graphs |
|
| Том 43, № 10 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Reactions of fluorine atoms with benzene, fluorobenzene and chlorobenzene |
|
| Том 43, № 10 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
On the mechanisms of heterogeneous recombination of nitrogen and oxygen atoms |
|
| Том 43, № 10 (2024) |
Combustion, explosion and shock waves |
Three-dimensional mathematical simulation of two-phase detonation in the system of gaseous oxydizer with fuel droplets |
|
| Том 43, № 10 (2024) |
Химическая физика экологических процессов |
Remote detection of emergency emissions and gas leaks |
|
| Том 43, № 10 (2024) |
Химическая физика атмосферных явлений |
Stimulated detonation of a high-energy heterogeneous plasma formation created by capillary erosive plasma generator and magneto- plasma compressor |
|
| Том 43, № 10 (2024) |
Химическая физика атмосферных явлений |
Mechanism of nitrate formation in atmospheric haze particlesre |
|
| Том 43, № 10 (2024) |
Химическая физика атмосферных явлений |
Interaction of sodium atoms with molecular nitrogen in the upper atmosphere of the earth |
|
| Том 43, № 9 (2024) |
Элементарные физико-химические процессы |
Metastable methane dimers in collisions with inert gas atoms: study by the method of classical trajectories |
|
| Том 43, № 9 (2024) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Non-covalent interaction of carbon, silicon and germanium atoms |
|
| Том 43, № 9 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Quantum chemical simulation of reactions involved in electrically enhanced reduction of nickel and copper nano-oxides with carbon monoxide |
|
| Том 43, № 9 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Antioxidant activity of catecholamines during the oxidation of methyl linoleoate in Triton X-100 micelles |
|
| Том 43, № 9 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Study of the oxidation process of magnetite fluxed pellets by various methods of physical and chemical analysis |
|
| Том 43, № 9 (2024) |
Kinetics and mechanism of chemical reactions, catalysis |
Oxidation of the Styrene Epoxide – Hydroquinone – Copper(II) Chloride Ternary System in a Methanol Solution |
|
| Том 43, № 9 (2024) |
Chemical physics of biological processes |
Biological activity of carnitine 2-ethyl-6-methyl-3-hydroxypyridine |
|
| Том 43, № 9 (2024) |
Chemical physics of biological processes |
Adhesion of mold spores to polymer materials during their deposition in the air |
|
| Том 43, № 9 (2024) |
Chemical physics of polymeric materials |
Stabilization of silver iodide sols particles by acetate and N-scucinil of chitosan |
|
| Том 43, № 9 (2024) |
ДИНАМИКА ТРАНСПОРТНЫХ ПРОЦЕССОВ |
Accumulation of disordered perturbations of density, velocity and pressure in an unstable system |
|
| Том 43, № 9 (2024) |
ДИНАМИКА ТРАНСПОРТНЫХ ПРОЦЕССОВ |
The effect of disordered perturbations on the entropy of an unstable system |
|
| Том 44, № 2 (2025) |
ВЛИЯНИЕ ВНЕШНИХ ФАКТОРОВ НА ФИЗИКО-ХИМИЧЕСКИЕ ПРЕВРАЩЕНИЯ |
Specificity of the mechanism of corrosion of sttel in the flow of acid solurion containing iron (III) salt |
|
| Том 44, № 2 (2025) |
Kinetics and mechanism of chemical reactions, catalysis |
p-toluenesulfonic acid monohydrate concentration effect on the cyclohexene methoxycarbonylation reaction |
|
| Том 44, № 2 (2025) |
Combustion, explosion and shock waves |
Self-propagating high-temperature synthesis of high-entropy carbides and borides: features of combustion |
|
| Том 44, № 2 (2025) |
Combustion, explosion and shock waves |
Experimental determination of the features of propagation the second kind combustion waves in condensed matter using the example of Ti–C2H2O4 |
|
| Том 44, № 2 (2025) |
Combustion, explosion and shock waves |
Energy capabilities of some pentazole salts as components of model composite solid propellants |
|
| Том 44, № 2 (2025) |
Combustion, explosion and shock waves |
Dynamics and depth of the conversion of water vapor into hydrogen during combustion of aluminum nanopowder in steam |
|
| Том 44, № 2 (2025) |
Combustion, explosion and shock waves |
Temperature dependence of the yield of products of cool-flame oxidation of propane in the region of negative temperature coefficient |
|
| Том 44, № 2 (2025) |
Chemical physics of biological processes |
Spectral features of interaction of hemin and zinc porphyrin with sodium hexamolybdenicelate |
|
| Том 44, № 2 (2025) |
Chemical physics of polymeric materials |
Formation of sorption acrylamide foam composites under microwave heating conditions |
|
| Том 44, № 2 (2025) |
Chemical physics of polymeric materials |
The effect of surface treatment of composite polypropylene fibers on their properties |
|
| Том 44, № 1 (2025) |
Элементарные физико-химические процессы |
Formation of ionic networks in molten salt mixtures. Computer experiment |
|
| Том 44, № 1 (2025) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Kinetics the proliferation of correlations in multiple quantum NMR spectroscopy |
|
| Том 44, № 1 (2025) |
ВЛИЯНИЕ ВНЕШНИХ ФАКТОРОВ НА ФИЗИКО-ХИМИЧЕСКИЕ ПРЕВРАЩЕНИЯ |
Kinetics of the reaction of hydrogen evolution on steel in a hydrochloric acid solution containing corrosion inhibitors |
|
| Том 44, № 1 (2025) |
Kinetics and mechanism of chemical reactions, catalysis |
Quasi-stationary approximation for analyzing the geminate and bimolecular stages of singlet fission in molecular semiconductors |
|
| Том 44, № 1 (2025) |
Kinetics and mechanism of chemical reactions, catalysis |
Quantum chemical simulation of reactions in a nanogold–oxygen–hydrogen system |
|
| Том 44, № 1 (2025) |
Combustion, explosion and shock waves |
The effect of the metal binder content and mechanical activation on combustion in the (Ti + 2B) + (Ti + C) + x(Fe + Co + Cr + Ni + Al) system |
|
| Том 44, № 1 (2025) |
Combustion, explosion and shock waves |
Effect of additive modifiers on the combustion characteristics of composite aluminized propellants |
|
| Том 44, № 1 (2025) |
Электрические и магнитные свойства материалов |
Features of interpretation of pulsed radiation-induced conductivity of polymers at low temperature |
|
| Том 44, № 1 (2025) |
Электрические и магнитные свойства материалов |
Dielectric characteristics of polyvinyl alcohol films |
|
| Том 44, № 1 (2025) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Structure, conductivity and sensor properties of NiO–In2O3 composites synthesis by different methods |
|
| Том 44, № 1 (2025) |
Реакции на поверхности |
Investigation of internal structure and local elastic properties of human hair with atomic force microscopy |
|
| Том 44, № 3 (2025) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Analysis of the physicochemical and optical characteristics, as well as the adhesion properties of YAG : Ce3+ phosphors for laser illumination devices |
|
| Том 44, № 3 (2025) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetics of the reaction of hydrogen evolution on steel in inhibited phosphoric acid solutions |
|
| Том 44, № 3 (2025) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetics and mechanism of decomposition of dibenzoylfuroxane |
|
| Том 44, № 3 (2025) |
Combustion, explosion and shock waves |
Ignition of anthracite by a laser pulse |
|
| Том 44, № 3 (2025) |
Combustion, explosion and shock waves |
Evaluation of energetic potential of some tetrazine oxides as components of gun propellants. I. Two-component compositions |
|
| Том 44, № 3 (2025) |
Электрические и магнитные свойства материалов |
Domain-wall excitations in helical phase of spin chain with competing exchange interactions |
|
| Том 44, № 3 (2025) |
Электрические и магнитные свойства материалов |
Properties of water adsorbed in porous silica gels with different shapes of microparticle |
|
| Том 44, № 3 (2025) |
Chemical physics of biological processes |
Kinetics of the reaction of phosphoenol pyruvic acid with tetranitrosyl iron complex with penicylamine ligands – nitrogen monoxide donor |
|
| Том 44, № 3 (2025) |
Химическая физика экологических процессов |
Peculiarities of the effect of manganese and cadmium ions on the properties of liposomes from lecithin |
|
| Том 44, № 3 (2025) |
Химическая физика экологических процессов |
Mechanism of effect of the zinc and lead ions on state of the oxidation processes in liposomes from lecithin |
|
| Том 44, № 3 (2025) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Magnetic nanoparticles as a platform for delivery of the photosensitizer methylene blue to HCT116 tumor cells |
|
| Том 44, № 4 (2025) |
ВЛИЯНИЕ ВНЕШНИХ ФАКТОРОВ НА ФИЗИКО-ХИМИЧЕСКИЕ ПРЕВРАЩЕНИЯ |
Saccharina japonica seaweed-derived biochar production at various pyrolysis temperatures |
|
| Том 44, № 4 (2025) |
Kinetics and mechanism of chemical reactions, catalysis |
Thermodynamic assessment of conversion modes of acid gases/methane mixture for syngas production |
|
| Том 44, № 4 (2025) |
Combustion, explosion and shock waves |
Two-dimensional model of combustion of methane-air mixture in a slit burner |
|
| Том 44, № 4 (2025) |
Combustion, explosion and shock waves |
Study of ablative properties of carbon thermal protection materials |
|
| Том 44, № 4 (2025) |
Combustion, explosion and shock waves |
Cylindrical cavity in a layer of solid explosives: dynamics of collaps on impact, critical conditions for explosion |
|
| Том 44, № 4 (2025) |
Combustion, explosion and shock waves |
Energy capabilities of model mixed solid propellants based on dinitrobifuroxans, dinitrotrifuroxans and dinitroazobifuroxans |
|
| Том 44, № 4 (2025) |
Combustion, explosion and shock waves |
On gas-dynamic similarity of high-pressure hydrogen release into air |
|
| Том 44, № 4 (2025) |
Combustion, explosion and shock waves |
Numerical simulation of supersonic turbulent combustion of hydrogen in a stream of hot humid air |
|
| Том 44, № 4 (2025) |
Combustion, explosion and shock waves |
Influence of the choice of kinetic mechanism on predicted structure of lean hydrogen–air flames |
|
| Том 44, № 4 (2025) |
Combustion, explosion and shock waves |
Catalytical ignition of deuterium – carbon monoxide – air mixtures over metallic rhodium surface at pressures of 1–2 atm |
|
| Том 44, № 4 (2025) |
Combustion, explosion and shock waves |
The peculiarities of a behavior of tanks with compressed and liquefield hydrogen in a fire |
|
| Том 44, № 4 (2025) |
ФИЗИЧЕСКИЕ МЕТОДЫ ИССЛЕДОВАНИЯ ХИМИЧЕСКИХ РЕАКЦИЙ |
Temperature of microparticles in cryogenic gas-discharge plasma |
|
| Том 44, № 5 (2025) |
Элементарные физико-химические процессы |
The application of numerical inversion of the laplace transform to calculate the density of molecular states |
|
| Том 44, № 5 (2025) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Silicon surface modification with low-energy broad ion beam |
|
| Том 44, № 5 (2025) |
ВЛИЯНИЕ ВНЕШНИХ ФАКТОРОВ НА ФИЗИКО-ХИМИЧЕСКИЕ ПРЕВРАЩЕНИЯ |
Preparation of submicron cobalt films using cobalt oxalate as a precursor |
|
| Том 44, № 5 (2025) |
Kinetics and mechanism of chemical reactions, catalysis |
Quantum chemical simulation of reactions of hydrogen and oxygen with a gold–nickel bimetallic nanocoating |
|
| Том 44, № 5 (2025) |
Kinetics and mechanism of chemical reactions, catalysis |
The absorption cross sections of cf₃o₂, chf₂o₂ and CF₂O radicals |
|
| Том 44, № 5 (2025) |
Kinetics and mechanism of chemical reactions, catalysis |
Reaction of hydroiodic acid with a chlorine atom in the temperature range of 298–366 K |
|
| Том 44, № 5 (2025) |
Kinetics and mechanism of chemical reactions, catalysis |
Kinetics of Nd³⁺ luminescent complexes in CCl₄–GaCl₃ solutions |
|
| Том 44, № 5 (2025) |
Combustion, explosion and shock waves |
Low-velosity detonation in ammonium perchlorate, its mixtures with polymethylmethacrylate and aluminum |
|
| Том 44, № 5 (2025) |
Динамика фазовых переходов |
Thermodynamics of sublimation and the effect of aggregation on the electronic absorption spectra of etioporphyrins Cu-etiop-III and VO-etiop-III |
|
| Том 44, № 5 (2025) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Nanoporosity of polymer membranes and corresponding powder materials on the bases of gas sorption results and positron annihilation experiments |
|
| Том 44, № 5 (2025) |
Химическая физика атмосферных явлений |
Estimation of ionospheric disturbances caused by meteorological processes in the troposphere |
|
| Том 44, № 6 (2025) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Fluorescent photo-switchable systems |
|
| Том 44, № 6 (2025) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Exciton binding energies in biphenyl derivatives with ferrocenyl and fluorine-containing germyl substituents |
|
| Том 44, № 6 (2025) |
СТРОЕНИЕ ХИМИЧЕСКИХ СОЕДИНЕНИЙ, КВАНТОВАЯ ХИМИЯ, СПЕКТРОСКОПИЯ |
Study of fluorescence quenching by bilirubin of carbocyanine dye in complex with DNA. Effect of Cu2+ additives |
|
| Том 44, № 6 (2025) |
Kinetics and mechanism of chemical reactions, catalysis |
KINETIC MODEL OF ERYTHROCYTE HEMOLYSIS UNDER THE ACTION OF AN AZO GENERATOR OF PEROXIDE RADICALS |
|
| Том 44, № 6 (2025) |
Химическая физика экологических процессов |
Microstructure of ferritic-martensitic steel irradiated by krypton ions |
|
| Том 44, № 6 (2025) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Electronic structure of semiconductor nanoparticles in one-component and mixed systems |
|
| Том 44, № 6 (2025) |
ДИНАМИКА ТРАНСПОРТНЫХ ПРОЦЕССОВ |
Equations of multimoment hydrodynamics in problem on flow around a sphere. 1. Construction of asymmetric distributions of hydrodynamic values |
|
| Том 44, № 6 (2025) |
ДИНАМИКА ТРАНСПОРТНЫХ ПРОЦЕССОВ |
Equations of multimoment hydrodynamics in problem on flow around a sphere. 2. The basic asymmetric solution |
|
| Том 44, № 6 (2025) |
Химическая физика атмосферных явлений |
CHAIN PROCESSES IN THE CHAPMAN CYCLE |
|
| Том 44, № 8 (2025) |
Combustion, explosion and shock waves |
Kinetic analysis of the effect of propylene additive on ignition and combustion of hydrogen-air mixtures |
|
| Том 44, № 8 (2025) |
Combustion, explosion and shock waves |
Temporal characteristics of shock-heated air radiation |
|
| Том 44, № 8 (2025) |
Combustion, explosion and shock waves |
The nature of exothermic reactions in highly dispersed initiating explosives |
|
| Том 44, № 8 (2025) |
Combustion, explosion and shock waves |
Mathematical modeling of wood-coal pellet ignition in combined heating |
|
| Том 44, № 8 (2025) |
Combustion, explosion and shock waves |
Propagation of a combustion wave at detonation transmission from a pipe into a free cylindrical gaseous charge |
|
| Том 44, № 8 (2025) |
Combustion, explosion and shock waves |
Numerical simulation of laminar stoichiometric hydrogen–air flame structure |
|
| Том 44, № 8 (2025) |
Combustion, explosion and shock waves |
Kinetic features of non-thermal plasma conversion of propane-air mixture at high pressure |
|
| Том 44, № 8 (2025) |
Combustion, explosion and shock waves |
STABILITY OF CALCIUM SULFATE AT THE GASIFICATION OF SOLID FUEL IN THE FILTRATION MODE |
|
| Том 44, № 8 (2025) |
Combustion, explosion and shock waves |
Shock initiation of detonation in a mixture of gelled nitromethane with microballoons |
|
| Том 44, № 7 (2025) |
Combustion, explosion and shock waves |
Shock-wave properties of emulsion matrix at various concentrations of glass microspheres |
|
| Том 44, № 7 (2025) |
Combustion, explosion and shock waves |
Oxidative conversion of ethanol to syngas in a moving bed reactor. Effect of gas-dynamic factors |
|
| Том 44, № 7 (2025) |
Combustion, explosion and shock waves |
ABSORPTION OF SULFUR DURING FILTRATION COMBUSTION OF SULFUR-CONTAINING SOLID FUELS AND WASTE BY CALCIUM-CONTAINING SORBENTS |
|
| Том 44, № 7 (2025) |
Combustion, explosion and shock waves |
Numerical study of the effectiveness of explosion-proof water barriers in case of an emergency methane explosion in coal mines |
|
| Том 44, № 7 (2025) |
Combustion, explosion and shock waves |
Effect of propane additives on laminar burning velocity in hydrogen-air-water steam mixtures |
|
| Том 44, № 7 (2025) |
Combustion, explosion and shock waves |
FLAMELESS COMBUSTION OF BALLASTED ENERGY SYSTEMS |
|
| Том 44, № 7 (2025) |
Combustion, explosion and shock waves |
Converging cylindrical detonation wave: numerical modeling and experiment |
|
| Том 44, № 7 (2025) |
Combustion, explosion and shock waves |
Pulsating combustion of a hydrogen-air mixture in a channel with sudden expansion |
|
| Том 44, № 7 (2025) |
Combustion, explosion and shock waves |
THERMODYNAMIC EVALUATION OF SYNGAS PRODUCTION BY HIGH-TEMPERATURE CONVERSION OF WASTE OIL |
|
| Том 44, № 7 (2025) |
Combustion, explosion and shock waves |
Parameters of thermal radiation of a hydrogen flame |
|
| Том 44, № 7 (2025) |
Combustion, explosion and shock waves |
Dynamics and energy of combustion of ultra-lean mixtures of hydrogen with air in a limited volume |
|
| Том 44, № 9 (2025) |
Элементарные физико-химические процессы |
Deuterium substitution and charge retention in ions of organic and bioorganic compounds. Part 1. Apamin |
|
| Том 44, № 9 (2025) |
Элементарные физико-химические процессы |
Deuterium Substitution and Charge Retention in Ions of Organic and Bioorganic Compounds. Part 2. Apamin Complex |
|
| Том 44, № 9 (2025) |
Элементарные физико-химические процессы |
Mathematical model of achieving dispersion conditions when heating a gel-like fuel particle in a heated air environment |
|
| Том 44, № 9 (2025) |
Combustion, explosion and shock waves |
Study of Properties of Explosive Transition in Nanocarbon-Modified Complex Cobalt Compounds under Laser Irradiation |
|
| Том 44, № 9 (2025) |
Combustion, explosion and shock waves |
Ignition and combustion of pyrophoric iron particles during free fall in air |
|
| Том 44, № 9 (2025) |
Combustion, explosion and shock waves |
Shock-wave attenuation by barriers made of ak6 aluminum alloy by selective laser melting |
|
| Том 44, № 9 (2025) |
Combustion, explosion and shock waves |
Stratification and combustion of hydrogen-air mixtures in vertical channel |
|
| Том 44, № 9 (2025) |
ХИМИЧЕСКАЯ ФИЗИКА НАНОМАТЕРИАЛОВ |
Synthesis, structure and properties of catalysts based on amorphous metal nanoparticles |
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