as PDF - Unit Guide
... are taught in well-equipped laboratories using examples which support and complement the lecture course. ...
... are taught in well-equipped laboratories using examples which support and complement the lecture course. ...
PDF only - at www.arxiv.org.
... Therefore, equations (10) – (13) are generic and describe the conservation laws of energy density, flux density electromagnetic energy and density of the pulse in all types of material equations for EMF and EMI. The resulting equations were obtained for the stationary medium, but due to relativistic ...
... Therefore, equations (10) – (13) are generic and describe the conservation laws of energy density, flux density electromagnetic energy and density of the pulse in all types of material equations for EMF and EMI. The resulting equations were obtained for the stationary medium, but due to relativistic ...
mag01
... to separate magnetic metals (iron, steel, and nickel) from non-magnetic metals (aluminium, non-ferrous alloys, etc.). The same idea can be used in the so-called magnet test, in which an auto body is inspected with a magnet to detect areas repaired using fiberglass or plastic putty. Magnetic levitati ...
... to separate magnetic metals (iron, steel, and nickel) from non-magnetic metals (aluminium, non-ferrous alloys, etc.). The same idea can be used in the so-called magnet test, in which an auto body is inspected with a magnet to detect areas repaired using fiberglass or plastic putty. Magnetic levitati ...
