PUBLICACIÓN

Molecular Dynamics Simulations of Fullerene Diffusion in Polymer Melts

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Volgin, I. V.; Larin, S. V.; Abad, E.; Lyulin, S. V.

2017 MACROMOLECULES

Inorganic Chemistry (Q1), Materials Chemistry (Q1), Organic Chemistry (Q1), Polymers and Plastics (Q1)

JCR: 5.914

SJR: 2.419

CITAS

49

DOI

10.1021/acs.macromol.6b02050

EID

2-s2.0-85015198341

ISSN

0024-9297

EISSN

1520-5835

BIBTEX

@article{RID:101017081793-49, title = {Molecular Dynamics Simulations of Fullerene Diffusion in Polymer Melts}, journal = {Macromolecules}, year = {2017}, author = {Volgin, I. V. and Larin, S. V. and Abad, E. and Lyulin, S. V.}, volume = {50}, number = {5}, pages = {2207-2218} }

AUTORES DE LA UEX

Enrique Alfonso Abad Jarillo

OTRAS PUBLICACIONES DE INTERÉS

Brownian Motion In Fluctuating Periodic Potentials
Herramientas Epidemiológicas Para Los Alcornocales: Modelo Dinámico De Los Procesos De Decaimiento (Phytophthora Cinnamomi)
Single File Dynamics Of Tethered Random Walkers
Herramientas Epidemiológicas Para Los Alcornocales: Modelo Dinámico De Los Procesos De Decaimiento (Phytophthora Cinnamomi)
Single File Dynamics Of Tethered Random Walkers
Search And Escape Of Mortal Random Walkers
Single File Dynamics Of Tethered Random Walkers
Search And Escape Of Mortal Random Walkers
Diffusion Of Intruders In Granular Suspensions: Enskog Theory And Random Walk Interpretation
Search And Escape Of Mortal Random Walkers
Diffusion Of Intruders In Granular Suspensions: Enskog Theory And Random Walk Interpretation
On The Mean Square Displacement Of Intruders In Freely Cooling Granular Gases
Diffusion Of Intruders In Granular Suspensions: Enskog Theory And Random Walk Interpretation
On The Mean Square Displacement Of Intruders In Freely Cooling Granular Gases
First-Encounter Time Of Two Diffusing Particles In Two- And Three-Dimensional Confinement
On The Mean Square Displacement Of Intruders In Freely Cooling Granular Gases
First-Encounter Time Of Two Diffusing Particles In Two- And Three-Dimensional Confinement
Pseudo-Two-Dimensional Dynamics In A System Of Macroscopic Rolling Spheres
First-Encounter Time Of Two Diffusing Particles In Two- And Three-Dimensional Confinement
Pseudo-Two-Dimensional Dynamics In A System Of Macroscopic Rolling Spheres
Iberian Oak Decline Caused By Phytophthora Cinnamomi: A Spatiotemporal Analysis Incorporating The Effect Of Host Heterogeneities At Landscape Scale
Pseudo-Two-Dimensional Dynamics In A System Of Macroscopic Rolling Spheres
Iberian Oak Decline Caused By Phytophthora Cinnamomi: A Spatiotemporal Analysis Incorporating The Effect Of Host Heterogeneities At Landscape Scale
Saturation Excess Overland Flow Accelerates The Spread Of A Generalist Soil-Borne Pathogen
Iberian Oak Decline Caused By Phytophthora Cinnamomi: A Spatiotemporal Analysis Incorporating The Effect Of Host Heterogeneities At Landscape Scale
Saturation Excess Overland Flow Accelerates The Spread Of A Generalist Soil-Borne Pathogen
First-Encounter Time Of Two Diffusing Particles In Confinement
Saturation Excess Overland Flow Accelerates The Spread Of A Generalist Soil-Borne Pathogen
First-Encounter Time Of Two Diffusing Particles In Confinement
Reaction-Diffusion And Reaction-Subdiffusion Equations On Arbitrarily Evolving Domains
First-Encounter Time Of Two Diffusing Particles In Confinement
Reaction-Diffusion And Reaction-Subdiffusion Equations On Arbitrarily Evolving Domains
Continuous Time Random Walk In A Velocity Field: Role Of Domain Growth, Galilei-Invariant Advection-Diffusion, And Kinetics Of Particle Mixing
Reaction-Diffusion And Reaction-Subdiffusion Equations On Arbitrarily Evolving Domains
Continuous Time Random Walk In A Velocity Field: Role Of Domain Growth, Galilei-Invariant Advection-Diffusion, And Kinetics Of Particle Mixing
First-Passage Processes And Encounter-Controlled Reactions In Growing Domains
Continuous Time Random Walk In A Velocity Field: Role Of Domain Growth, Galilei-Invariant Advection-Diffusion, And Kinetics Of Particle Mixing
First-Passage Processes And Encounter-Controlled Reactions In Growing Domains
Standard And Fractional Ornstein-Uhlenbeck Process On A Growing Domain
First-Passage Processes And Encounter-Controlled Reactions In Growing Domains
Standard And Fractional Ornstein-Uhlenbeck Process On A Growing Domain
First-Passage Properties Of Mortal Random Walks: Ballistic Behavior, Effective Reduction Of Dimensionality, And Scaling Functions For Hierarchical Graphs
Standard And Fractional Ornstein-Uhlenbeck Process On A Growing Domain
First-Passage Properties Of Mortal Random Walks: Ballistic Behavior, Effective Reduction Of Dimensionality, And Scaling Functions For Hierarchical Graphs
Random Walks On Lattices. Influence Of Competing Reaction Centers On Diffusion-Controlled Processes
First-Passage Properties Of Mortal Random Walks: Ballistic Behavior, Effective Reduction Of Dimensionality, And Scaling Functions For Hierarchical Graphs
Random Walks On Lattices. Influence Of Competing Reaction Centers On Diffusion-Controlled Processes
Encounter-Controlled Coalescence And Annihilation On A One-Dimensional Growing Domain
Random Walks On Lattices. Influence Of Competing Reaction Centers On Diffusion-Controlled Processes
Encounter-Controlled Coalescence And Annihilation On A One-Dimensional Growing Domain
Topographic Effects On Dispersal Patterns Of Phytophthora Cinnamomi At A Stand Scale In A Spanish Heathland
Encounter-Controlled Coalescence And Annihilation On A One-Dimensional Growing Domain
Topographic Effects On Dispersal Patterns Of Phytophthora Cinnamomi At A Stand Scale In A Spanish Heathland
Reaction–diffusion Kinetics In Growing Domains
Topographic Effects On Dispersal Patterns Of Phytophthora Cinnamomi At A Stand Scale In A Spanish Heathland
Reaction–diffusion Kinetics In Growing Domains
A Game-Based Educational Method Relying On Student-Generated Questions
Reaction–diffusion Kinetics In Growing Domains
A Game-Based Educational Method Relying On Student-Generated Questions
Continuous-Time Random-Walk Model For Anomalous Diffusion In Expanding Media
A Game-Based Educational Method Relying On Student-Generated Questions
Continuous-Time Random-Walk Model For Anomalous Diffusion In Expanding Media
Molecular Dynamics Simulations Of Fullerene Diffusion In Polymer Melts
Continuous-Time Random-Walk Model For Anomalous Diffusion In Expanding Media
Molecular Dynamics Simulations Of Fullerene Diffusion In Polymer Melts
Diffusion In An Expanding Medium: Fokker-Planck Equation, Green's Function, And First-Passage Properties
Molecular Dynamics Simulations Of Fullerene Diffusion In Polymer Melts
Diffusion In An Expanding Medium: Fokker-Planck Equation, Green's Function, And First-Passage Properties
Anomalous Diffusion And Dynamics Of Fluorescence Recovery After Photobleaching In The Random-Comb Model
Diffusion In An Expanding Medium: Fokker-Planck Equation, Green's Function, And First-Passage Properties
Anomalous Diffusion And Dynamics Of Fluorescence Recovery After Photobleaching In The Random-Comb Model
Optimal Search Strategies Of Space-Time Coupled Random Walkers With Finite Lifetimes
Anomalous Diffusion And Dynamics Of Fluorescence Recovery After Photobleaching In The Random-Comb Model
Optimal Search Strategies Of Space-Time Coupled Random Walkers With Finite Lifetimes
Competing Reaction Processes On A Lattice As A Paradigm For Catalyst Deactivation
Optimal Search Strategies Of Space-Time Coupled Random Walkers With Finite Lifetimes
Competing Reaction Processes On A Lattice As A Paradigm For Catalyst Deactivation
Fractional Reaction-Transport Equations Arising From Evanescent Continuous Time Random Walks
Competing Reaction Processes On A Lattice As A Paradigm For Catalyst Deactivation
Fractional Reaction-Transport Equations Arising From Evanescent Continuous Time Random Walks
A Reaction-Subdiffusion Model Of Fluorescence Recovery After Photobleaching (Frap)
Fractional Reaction-Transport Equations Arising From Evanescent Continuous Time Random Walks
A Reaction-Subdiffusion Model Of Fluorescence Recovery After Photobleaching (Frap)
Erratum: Lattice Statistical Theory Of Random Walks On A Fractal-Like Geometry (Physical Review E - Statistical, Nonlinear, And Soft Matter Physics (2014) 89 (032147))
A Reaction-Subdiffusion Model Of Fluorescence Recovery After Photobleaching (Frap)
Erratum: Lattice Statistical Theory Of Random Walks On A Fractal-Like Geometry (Physical Review E - Statistical, Nonlinear, And Soft Matter Physics (2014) 89 (032147))
Lattice Statistical Theory Of Random Walks On A Fractal-Like Geometry
Erratum: Lattice Statistical Theory Of Random Walks On A Fractal-Like Geometry (Physical Review E - Statistical, Nonlinear, And Soft Matter Physics (2014) 89 (032147))
Lattice Statistical Theory Of Random Walks On A Fractal-Like Geometry
Arrival Statistics And Exploration Properties Of Mortal Walkers
Lattice Statistical Theory Of Random Walks On A Fractal-Like Geometry
Arrival Statistics And Exploration Properties Of Mortal Walkers
Evanescent Continuous-Time Random Walks
Arrival Statistics And Exploration Properties Of Mortal Walkers
Evanescent Continuous-Time Random Walks
Energetics Of Multi-Ion Conduction Pathways In Potassium Ion Channels
Evanescent Continuous-Time Random Walks
Energetics Of Multi-Ion Conduction Pathways In Potassium Ion Channels
Detailed Examination Of A Single Conduction Event In A Potassium Channel
Energetics Of Multi-Ion Conduction Pathways In Potassium Ion Channels
Detailed Examination Of A Single Conduction Event In A Potassium Channel
Exploration And Trapping Of Mortal Random Walkers
Detailed Examination Of A Single Conduction Event In A Potassium Channel
Exploration And Trapping Of Mortal Random Walkers
Elucidating The Role Of Subdiffusion And Evanescence In The Target Problem: Some Recent Results
Exploration And Trapping Of Mortal Random Walkers
Elucidating The Role Of Subdiffusion And Evanescence In The Target Problem: Some Recent Results
Survival Probability Of An Immobile Target In A Sea Of Evanescent Diffusive Or Subdiffusive Traps: A Fractional Equation Approach
Elucidating The Role Of Subdiffusion And Evanescence In The Target Problem: Some Recent Results
Survival Probability Of An Immobile Target In A Sea Of Evanescent Diffusive Or Subdiffusive Traps: A Fractional Equation Approach
Fractional Calculus And Morphogen Gradient Formation
Survival Probability Of An Immobile Target In A Sea Of Evanescent Diffusive Or Subdiffusive Traps: A Fractional Equation Approach
Fractional Calculus And Morphogen Gradient Formation
On A Novel Iterative Method To Compute Polynomial Approximations To Bessel Functions Of The First Kind And Its Connection To The Solution Of Fractional Diffusion/diffusion-Wave Problems
Fractional Calculus And Morphogen Gradient Formation
On A Novel Iterative Method To Compute Polynomial Approximations To Bessel Functions Of The First Kind And Its Connection To The Solution Of Fractional Diffusion/diffusion-Wave Problems
Reactions In Subdiffusive Media And Associated Fractional Equations
On A Novel Iterative Method To Compute Polynomial Approximations To Bessel Functions Of The First Kind And Its Connection To The Solution Of Fractional Diffusion/diffusion-Wave Problems
Reactions In Subdiffusive Media And Associated Fractional Equations
Reaction-Subdiffusion Model Of Morphogen Gradient Formation
Reactions In Subdiffusive Media And Associated Fractional Equations
Reaction-Subdiffusion Model Of Morphogen Gradient Formation
Synchronous Vs Asynchronous Diffusionreaction Processes Involving Geminate Radical Pairs
Reaction-Subdiffusion Model Of Morphogen Gradient Formation
Synchronous Vs Asynchronous Diffusionreaction Processes Involving Geminate Radical Pairs
Perturbation Theory For The One-Dimensional Reaction-Diffusion Equation With A Quadratic Nonlinearity Of Coalescence/annihilation Type
Synchronous Vs Asynchronous Diffusionreaction Processes Involving Geminate Radical Pairs
Perturbation Theory For The One-Dimensional Reaction-Diffusion Equation With A Quadratic Nonlinearity Of Coalescence/annihilation Type
Reaction-Subdiffusion And Reaction-Superdiffusion Equations For Evanescent Particles Performing Continuous-Time Random Walks
Perturbation Theory For The One-Dimensional Reaction-Diffusion Equation With A Quadratic Nonlinearity Of Coalescence/annihilation Type
Reaction-Subdiffusion And Reaction-Superdiffusion Equations For Evanescent Particles Performing Continuous-Time Random Walks
Divergent Series And Memory Of The Initial Condition In The Long-Time Solution Of Some Anomalous Diffusion Problems
Reaction-Subdiffusion And Reaction-Superdiffusion Equations For Evanescent Particles Performing Continuous-Time Random Walks
Divergent Series And Memory Of The Initial Condition In The Long-Time Solution Of Some Anomalous Diffusion Problems
Survival Probability Of A Subdiffusive Particle In A D -Dimensional Sea Of Mobile Traps
Divergent Series And Memory Of The Initial Condition In The Long-Time Solution Of Some Anomalous Diffusion Problems
Survival Probability Of A Subdiffusive Particle In A D -Dimensional Sea Of Mobile Traps
A Novel Rate Theory Approach To Transport In Ion Channels
Survival Probability Of A Subdiffusive Particle In A D -Dimensional Sea Of Mobile Traps
A Novel Rate Theory Approach To Transport In Ion Channels
Narrow Escape Time To A Structured Target Located On The Boundary Of A Microdomain
A Novel Rate Theory Approach To Transport In Ion Channels
Narrow Escape Time To A Structured Target Located On The Boundary Of A Microdomain
On A Novel Rate Theory For Transport In Narrow Ion Channels And Its Application To The Study Of Flux Optimization Via Geometric Effects
Narrow Escape Time To A Structured Target Located On The Boundary Of A Microdomain
On A Novel Rate Theory For Transport In Narrow Ion Channels And Its Application To The Study Of Flux Optimization Via Geometric Effects
Efficiency Of Trapping Processes In Regular And Disordered Networks
On A Novel Rate Theory For Transport In Narrow Ion Channels And Its Application To The Study Of Flux Optimization Via Geometric Effects
Efficiency Of Trapping Processes In Regular And Disordered Networks
Fluctuation Assisted Diffusion Through Ion Channels
Efficiency Of Trapping Processes In Regular And Disordered Networks
Fluctuation Assisted Diffusion Through Ion Channels
Inverted Regions Induced By Geometric Constraints On A Classical Encounter-Controlled Binary Reaction
Fluctuation Assisted Diffusion Through Ion Channels
Inverted Regions Induced By Geometric Constraints On A Classical Encounter-Controlled Binary Reaction
First-Passage Method For The Study Of The Efficiency Of A Two-Channel Reaction On A Lattice
Inverted Regions Induced By Geometric Constraints On A Classical Encounter-Controlled Binary Reaction
First-Passage Method For The Study Of The Efficiency Of A Two-Channel Reaction On A Lattice
Generalized Ruin Problems And Asynchronous Random Walks
First-Passage Method For The Study Of The Efficiency Of A Two-Channel Reaction On A Lattice
Generalized Ruin Problems And Asynchronous Random Walks
Orientational Structures In Confined Smectic-C Domains In Langmuir Monolayers
Generalized Ruin Problems And Asynchronous Random Walks
Orientational Structures In Confined Smectic-C Domains In Langmuir Monolayers
On-Lattice Coalescence And Annihilation Of Immobile Reactants In Loopless Lattices And Beyond
Orientational Structures In Confined Smectic-C Domains In Langmuir Monolayers
On-Lattice Coalescence And Annihilation Of Immobile Reactants In Loopless Lattices And Beyond
Collective Reorientation In Isolated Smectic-C Langmuir Monolayer Droplets Induced By Line Tension Anisotropy
On-Lattice Coalescence And Annihilation Of Immobile Reactants In Loopless Lattices And Beyond
Collective Reorientation In Isolated Smectic-C Langmuir Monolayer Droplets Induced By Line Tension Anisotropy
Synchronous Vs. Asynchronous Dynamics Of Diffusion-Controlled Reactions
Collective Reorientation In Isolated Smectic-C Langmuir Monolayer Droplets Induced By Line Tension Anisotropy
Synchronous Vs. Asynchronous Dynamics Of Diffusion-Controlled Reactions
Efficiency Of Encounter-Controlled Reaction Between Diffusing Reactants In A Finite Lattice: Topology And Boundary Effects
Synchronous Vs. Asynchronous Dynamics Of Diffusion-Controlled Reactions
Efficiency Of Encounter-Controlled Reaction Between Diffusing Reactants In A Finite Lattice: Topology And Boundary Effects
Reactive Dynamics On Fractal Sets: Anomalous Fluctuations And Memory Effects
Efficiency Of Encounter-Controlled Reaction Between Diffusing Reactants In A Finite Lattice: Topology And Boundary Effects
Reactive Dynamics On Fractal Sets: Anomalous Fluctuations And Memory Effects
Stochastic Boolean Dynamics Of Nonlinear Reactive Systems
Reactive Dynamics On Fractal Sets: Anomalous Fluctuations And Memory Effects
Stochastic Boolean Dynamics Of Nonlinear Reactive Systems
Lattice Kinetics Of Diffusion-Limited Coalescence And Annihilation With Sources
Stochastic Boolean Dynamics Of Nonlinear Reactive Systems
Lattice Kinetics Of Diffusion-Limited Coalescence And Annihilation With Sources
Nonlinear Reactive Systems On A Lattice Viewed As Boolean Dynamical Systems
Lattice Kinetics Of Diffusion-Limited Coalescence And Annihilation With Sources
Nonlinear Reactive Systems On A Lattice Viewed As Boolean Dynamical Systems
One-Dimensional Lattice Dynamics Of The Diffusion-Limited Reaction A + A → A + S: Transient Behavior
Nonlinear Reactive Systems On A Lattice Viewed As Boolean Dynamical Systems
One-Dimensional Lattice Dynamics Of The Diffusion-Limited Reaction A + A → A + S: Transient Behavior
Brownian Motion In Fluctuating Periodic Potentials
One-Dimensional Lattice Dynamics Of The Diffusion-Limited Reaction A + A → A + S: Transient Behavior
Brownian Motion In Fluctuating Periodic Potentials
Herramientas Epidemiológicas Para Los Alcornocales: Modelo Dinámico De Los Procesos De Decaimiento (Phytophthora Cinnamomi)
WEB ACCESIBLE