OPTIMIZING THE DESIGN OF NANOSTRUCTURES FOR IMPROVED THERMAL CONDUCTION WITHIN CONFINED SPACES

Abstract Maintaining constant temperature is of particular importance to the normal operation of electronic devices.Aiming at the question, this paper proposes an optimum design of nanostructures made of high thermal conductive nanomaterials to provide outstanding heat dissipation from the confined interior (possibly nanosized) to the micro-spaces

The uncontrolled rectifier and controlled rectifier which use fixed switching frequency control strategy are applied usually during the working of a high-power high- speed permanent magnet generator (HSPMG).Even for the controlled rectifier, it will generate harmonics.The electromagnetic performance of the HSPMG is also affected by these harmonics.