DISTRIBUSI MEDAN MAGNET PADA SOLENOID
Abstract: The magnetic field is
a field that is formed by moving electrical charges (electric current) which
cause emergence of force in an electric charge that moves. Near all object that
characteristic of metal can be pulled by a magnet. The part of magnetic field
can penetratebuild, trees and the other object. Solenoid is a wire that can
generate a magnetic field. Some research done to calculate the magnitude of the
magnetic field in the solenoid. This research is an analytic study that
analyzes the distribution of the magnetic field in the solenoid. It uses Matlab
to generate different images later in the analysis of the distribution of the
magnetic field on the drawing. The conclusion of this research is there is
magnetic flux lines adjacent filed and straight. The distance between all the
lines are actually the same. Outside the solenoid, magnetic flux lines open to
the outside and closed to form a closed loop elongated. Magnetic flux density
on the solenoid is thus much greater than outside of them.
Penulis: Kukuh Dwi Sudharma, Sudarti
Sudarti, Rif’ati Dina Handayani
Kode Jurnal: jpfisikadd160392
