Design and fabrication of rylene diimide based active materials devices and applications

Abstract

The thesis entitled 339 Design and Fabrication of Rylene Diimide Based Active Materials Devices and Applications deals with synthesis of various Rylene Diimide based derivatives following a simple one step condensation reaction route The derivatives N N bis cyclohexyl naphthalene diimide NDI CY2 and N N bis methylcyclohexane naphthalene diimide NMeCy2 were successfully employed for the OFETs application using simple cost effective fabrication techniques and demonstrating the influen