In this work, we investigate velocity magnetic particles by inextensible flows in sphere. We have advanced consequence of inextensible flows for velocity magnetic particles. Also, we characterize flows of electric field with Lorentz equation. Moreover, we get evolution equation of electric field in space. © 2019, Foundation for Scientific Research and Technological Innovation
In this paper, we construct a new approach of spherical magnetic Lorentz flux of spherical Sα-magnet...
We investigate the physics of charged-particle acceleration at spherical shocks moving into a unifor...
In this article, we first offer the approach of quasi magnetic Lorentz flux of quasi velocity magneti...
In this work, we investigate velocity magnetic particles by inextensible flows in sphere. We have ad...
In this work, we investigate alpha-magnetic particles by inextensible flows in sphere. We have the n...
In this work, we investigate inextensible flows of T-magnetic particles in space. Therefore, we obta...
In this work, we study inextensible flows of tangent bimagnetic particles in space. Moreover, we obt...
In this work, we investigate ferromagnetic condition for inextensible flows of T-magnetic particles ...
In this article, we derive a new formulas on normal spherical image via Fermi-Walker parallelism and...
In this study, we study on the characterization of the behavior of a dynamically charged magnetic pa...
In this study, we obtain the special type of magnetic trajectories associated with a magnetic field ...
In this article, we first offer the approach of quasi magnetic Lorentz flux of quasi velocity magnet...
In this study, we firstly characterize modified magnetic particles and associated magnetic fields by...
In this paper, we construct a new approach of spherical magnetic Lorentz flux of spherical St−magnet...
Physically, unit sphere S2 is illustrated to be a 2-sphere in space with a positive curvature. In th...
In this paper, we construct a new approach of spherical magnetic Lorentz flux of spherical Sα-magnet...
We investigate the physics of charged-particle acceleration at spherical shocks moving into a unifor...
In this article, we first offer the approach of quasi magnetic Lorentz flux of quasi velocity magneti...
In this work, we investigate velocity magnetic particles by inextensible flows in sphere. We have ad...
In this work, we investigate alpha-magnetic particles by inextensible flows in sphere. We have the n...
In this work, we investigate inextensible flows of T-magnetic particles in space. Therefore, we obta...
In this work, we study inextensible flows of tangent bimagnetic particles in space. Moreover, we obt...
In this work, we investigate ferromagnetic condition for inextensible flows of T-magnetic particles ...
In this article, we derive a new formulas on normal spherical image via Fermi-Walker parallelism and...
In this study, we study on the characterization of the behavior of a dynamically charged magnetic pa...
In this study, we obtain the special type of magnetic trajectories associated with a magnetic field ...
In this article, we first offer the approach of quasi magnetic Lorentz flux of quasi velocity magnet...
In this study, we firstly characterize modified magnetic particles and associated magnetic fields by...
In this paper, we construct a new approach of spherical magnetic Lorentz flux of spherical St−magnet...
Physically, unit sphere S2 is illustrated to be a 2-sphere in space with a positive curvature. In th...
In this paper, we construct a new approach of spherical magnetic Lorentz flux of spherical Sα-magnet...
We investigate the physics of charged-particle acceleration at spherical shocks moving into a unifor...
In this article, we first offer the approach of quasi magnetic Lorentz flux of quasi velocity magneti...