Title : Structural scheme of an electro magneto elastic actuator for nanomedical research
Abstract:
An electro magneto elastic actuator is electro magneto mechanical device intended for actuation of mechanisms, systems based on the piezoelectric, electrostriction, piezomagnetic, magnetostriction effects, converts electric or magnetic signals into mechanical movement and force. The piezo actuator is used for nanomedical research in the scanning tunneling microscope. The structural scheme of an electro magneto elastic actuator nanomedical research is constracted by using the equation of electro magneto elasticity and the linear ordinary second-order differential equation of the actuator. An electro magneto elastic actuator is using for nanomedical research in nanobiology, nanotechnology for the reparation of the gravitation, temperature deformations and for the nanoalignment. The problem of building the structural scheme of an electro magneto elastic actuator is solved in difference from Mason’s electrical equivalent circuit. The transformation of the structural scheme is obtained under various boundary conditions of the actuator. The matrix transfer function is determined from the set of equations for the structural sheme of the actuator in the control system. The matrix transfer function for the deformation and the structural model of the actuator are used for nanomedical research.
