NANOLITHOGRAPHY ON THIN FILMS USING HEATED ATOMIC FORCE MICROSCOPE CANTILEVERS

Gall Ken استاد مشاور , Henderson Clifford استاد مشاور , King William Paul استاد راهنما

characterization , deflection , setpoint , grain rearrangement , array , precise positioning , Metrology , explosion , Explosives , data storage , MATERIAL , image processing , slow scan disabled , Temperature , TIP , Local , in-situ , nanoscale , electrical circuit fabrication , Repair , co-polycarbonate , Polymer , polycarbonate , energetic material. pentaerythritol tetranitrate , PETN , SIMULATION , Interface , Nano-manufacturing , Experiment , Calibration , Raman , Frequency , deflagration , decomposition , Detonation , buildup , pile-up , end capped , end capping , cross linked , cross-inked , Conductivity , microscale , MEMS , microcantilever , NEMS , DPN , tDPN , Silicon , PEAK , InVOLS , manipulation , AFM , Atomic Force Microscope , defense , nanoscale , surface , Stiffness , Force , scan size , thermal cantilevers , imagin , Lithography , nanolithography , Thin films , cantilevers , heaters , technology , NANOTECHNOLOGY , scan velocity , scan rate , bake , anneal