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Introduction Jeno M Barnothy
Simple Theoretical Models for Magnetic Interac
Basic Concepts Related to Magnetic Fields
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abstr activity agglutination alnico amyloplast animals ascites atoms average axis Barnothy Biol Biological Effects Biomag biomagnetic biomagnetic effects blood Bohr magneton cells chemical coleoptiles constant culture curvatures curve decrease diamagnetic difference dipoles direction dowser Drosophila Drosophila melanogaster dummy group dummy magnets Effects of Magnetic electric electromagnet electron energy enzyme erythrocytes experimental experiments exposed exposure factor ferromagnetic field strength Figure frequency genetic gradient growth rate homogeneous field horizontal increase inhibition inhomogeneous Intnatl irradiation laboratory leukocyte count leukocytosis lines of force magnetic gradient magnetic susceptibility magnetomotive force mice molecules mouse netic field normal observed Oe/cm oersted orbital organ orientation paramagnetic paramagnetic strength particles period permanent magnets physical planarians pole caps produced proton reaction response roots rotation samples seedlings shows significant snails solution static magnetic field studies temperature tion tissue total number trypsin tube tumor University velocity voltage