A theoretical model of dynamic susceptibility and magnetoviscous effect in non-dilute polydisperse ferrofluids with magnetically interacting particles is proposed. This system is considered as homogeneous magnetic colloid of interacting particles, without any heterogenous aggregates. Analysis is based on the mathematically regular approximation of the pair interparticle interaction combined with the effective field method, which leads to very good agreement with the laboratory and computer experiments in the case of dilute ferrofluids with non-interacting particles and with computer simulations of monodisperse ensembles of magnetically interacting ferromagnetic particles
Our main goal is to study certain aspects of the dynamics of fluids with magnetic particles in suspe...
The equilibrium properties of ferromagnetic fluids are investigated using the method of molecular dy...
The equilibrium properties of ferromagnetic fluids are investigated using the method of molecular dy...
A theoretical model of dynamic susceptibility and magnetoviscous effect in non-dilute polydisperse f...
The paper is devoted to the theoretical investigation of the magnetodipolar interparticle interactio...
We study by Langevin molecular dynamics simulations systematically the influence of polydispersity i...
The structure properties of magnetic fluids are studied in the absence of an external magnetic field...
Suspensions of magnetic nanoparticles or ferrofluids can be effectively controlled by magnetic field...
We study by Langevin molecular dynamics simulations systematically the influence of polydispersity i...
The equilibrium concentration distribution of magnetic nanoparticles in a nonuniform magnetic field ...
The equilibrium concentration distribution of magnetic nanoparticles in a nonuniform magnetic field ...
The dynamic magnetic response of a ferrofluid to a weak ac magnetic field is studied using statistic...
We study by Langevin molecular dynamics simulations systematically the influence of polydispersity i...
We study by Langevin molecular dynamics simulations systematically the influence of polydispersity i...
Our main goal is to study certain aspects of the dynamics of fluids with magnetic particles in suspe...
Our main goal is to study certain aspects of the dynamics of fluids with magnetic particles in suspe...
The equilibrium properties of ferromagnetic fluids are investigated using the method of molecular dy...
The equilibrium properties of ferromagnetic fluids are investigated using the method of molecular dy...
A theoretical model of dynamic susceptibility and magnetoviscous effect in non-dilute polydisperse f...
The paper is devoted to the theoretical investigation of the magnetodipolar interparticle interactio...
We study by Langevin molecular dynamics simulations systematically the influence of polydispersity i...
The structure properties of magnetic fluids are studied in the absence of an external magnetic field...
Suspensions of magnetic nanoparticles or ferrofluids can be effectively controlled by magnetic field...
We study by Langevin molecular dynamics simulations systematically the influence of polydispersity i...
The equilibrium concentration distribution of magnetic nanoparticles in a nonuniform magnetic field ...
The equilibrium concentration distribution of magnetic nanoparticles in a nonuniform magnetic field ...
The dynamic magnetic response of a ferrofluid to a weak ac magnetic field is studied using statistic...
We study by Langevin molecular dynamics simulations systematically the influence of polydispersity i...
We study by Langevin molecular dynamics simulations systematically the influence of polydispersity i...
Our main goal is to study certain aspects of the dynamics of fluids with magnetic particles in suspe...
Our main goal is to study certain aspects of the dynamics of fluids with magnetic particles in suspe...
The equilibrium properties of ferromagnetic fluids are investigated using the method of molecular dy...
The equilibrium properties of ferromagnetic fluids are investigated using the method of molecular dy...