A New Kind of Microstructure Pattern Transferring onto Glass Substrate Using the Plasma Treatment

In this work, a two-dimensional square periodic array was successfully transferred onto a rigid glass substrate during an innovative and simple-design two-step process of pattern transferring using kapton tape and plasma technology. flexible and stretchable, kapton tape was selected for pattern transferring onto the glass for the first time herein; in parallel, the vacuum plasma treatment was utilized to improve surface adhesion properties and aid the pattern transferring process. the proposed 2d square plasmonic array supported the plasmon-induced transparency (pit) phenomenon, which is caused by the excitation of surface plasmon resonances. the current study simulated the fabricated plasmonic structure using the finitedifference time-domain (fdtd) method and investigated the propagation of surface plasmon polariton (spp) and cavity modes which enhanced transmission. this fabrication technique can offer new insights for micro/nanofabrication technology.