GETiT - Graphene Ex­fo­li­a­tion – Tech­nol­ogy De­vel­op­ment of an Industry-​oriented 2D Trans­fer Process

Fund­ing

Fund­ing

The project GETiT is sup­ported by fund­ing from the Eu­ro­pean Union (StaF guide­line).

Ob­jec­tive

In­spite of a high in­no­va­tion po­ten­tial only a few com­mer­cial prod­ucts which con­tain graphene are cur­rently avail­able on the mar­ket for the end user. The prospects are di­min­ished by mas­sive tech­ni­cal hur­dles which are mainly based on the fact that graphene tech­nol­ogy and the ac­com­pa­ny­ing processes are still not fully de­vel­oped. In the project new routes for the trans­fer of cat­alytic grown graphene to var­i­ous ma­te­ri­als such as cop­per, ger­ma­nium and nickel will be re­searched. This in­cludes the use of in­no­v­a­tive poly­mers as a pro­tec­tive layer dur­ing the trans­fer as well as in­no­v­a­tive pro­ce­dures for peel­ing the graphene from the sub­strate and the poly­mer pro­tec­tive layer. The goal is to re­duce the dam­age and the im­pu­ri­ties of the graphene dur­ing trans­fer and to ad­vance the tech­no­log­i­cal uti­liza­tion of graphene, es­pe­cially in the field of wafer-​based high per­for­mance semi­con­duc­tor tech­nolo­gies.

IHP's Con­tri­bu­tion

In the project GETiT, IHP will make graphene avail­able from var­i­ous sub­strates (Ge/Ni), dif­fer­ent sur­face mod­i­fi­ca­tions (struc­tured; OF treat­ments, etc.) as well as an­a­lyt­i­cal meth­ods (el­lipp­som­e­try, etc.).

Project Part­ners

  • TH Wildau (AG Fiber com­pos­ite & ma­te­r­ial tech­niques; AG Pho­ton­ics, Laser & plasma tech­nolo­gies

The website is designed for modern browsers. Please use a current browser.