In this project the firs summary of the study in the field of particle physics and particle forms provided. Some of the general principles of quantum physics and the Vrdhshdhast. Magnetization Vrdhshdhast as almost to the study and theory of magnetization of internal processes as the basis for this section Astfadhshdhast. Equations of motion of non-nano and nano Tvzyhdadhshdhast sheets. In this study, two groups of equations for the study of nano-thin sheets of a magnetic field and to a large extent by using basic equations of mechanics Bdstamdhast so that the characteristics of a proper engineering equation is to the favored. An equation of the Lorentz force equation Mdlkrdn sheet by cutting wires and writing to them and Sadhkrdn term sheet obtained for linear and isotropic magnetic susceptibility behavior Bdstamdhast nanomagnets. Net foreign flows through the sheets as well as other types have been loaded into the equation. The analysis of the distribution of the external field due Mghnatydhgy Chshmpvshyshdhast sheets and removable vertical displacement component is designed to change the equations are simple little. The second equation from an energy perspective Bdstamdhast so that the elastic energy, kinetic and mechanical power Antqaldadhshdh of the sheet as the main energy Drnzrgrfthshdhand move. And the suitability of the method of finite difference equation for the particular case has been confirmed. Finally, the comparison between the resulting equation by equation presented in a reference to the electromagnetic equations of Maxwell Bdstavrdhast your equation, otherwise the equation Svrtdadhshdh and was confirmed. In another part of the electrical and magnetic at the same time render the resulting equation is calculated in such a way that the free vibration plate. The more interesting issue is examined, in which case the resulting load conditions, nanotubes and other nano-sheets have a similar response rate, although the impact of the non-local theory Aryngn Qrardadhnshdhast zero. Keywords : susceptibility, magnetic / electrical Mghnatydhgy theory of magnetization, spin glass, certain / uncertain network, permeability / electrics.
