Magnetic flux distribution in a ferromagnetic material with the variation of the magnetizer dimensions and the nonferromagnetic gap value

An experiment has been conducted to study the behavior of magnetic induction in a homogeneous massive specimen locally magnetized by differently sized U-shaped attached magnetic device (AMD), and with the presence of a nonferromagnetic gap in an AMD-specimen composite circuit. Mechanisms relating magnetic flux distribution in a ferromagnetic material to the geometric parameters of attached electromagnets and the value of nonferromagnetic gaps in an AMD-object composite circuit under one or both AMD poles have been elucidated.