Intrinsic electrical characterization of two-dimensional transition metal dichalcogenides via scanning probe microscopy* Yuanyuan Shi1, Jill Serron1, Benjamin Groven1, Albert Minj1, Pierre Morin1 a...

Vladimir Korolkov, Ilka M. Hermes Park Systems UK Ltd, MediCity, Nottingham, UK. Park Systems Europe GmbH, Mannheim, Germany After discovery of groundbreaking properties of graphene in 2004,1 possib...

Vladimir Korolkov Park Systems UK Ltd, MediCity, Nottingham, UK. Structural studies of polymers are vital, since the application of polymer materials range from micellar drug carriers to bulletproof...

Imaging the potential of molecule aggregates via sideband KPFM Ilka M. Hermes, Andrea Cerreta Park Systems Europe GmbH, Mannheim, Germany The work function is a material characteristic property tha...

  Byong Kim, John Paul Pineda, Ben Schoenek, Jiali Zhang, Armando Melgarejo, Research Technical Services, Park Systems, Inc., USA Qiong Ma, Department of Physics, Boston College, USA Ilka Herm...

Making the connection. Atomic force microscopy correlates Graphene’s functional properties on the nanoscale Ilka M. Hermes,1 Simonas Krotkus,2 Ben Conran,3 Clifford McAleese,...

  Armando Melgarejo, Ben Schoenek, and Byong Kim Technical Services, Park Systems, Inc., USA Introduction From materials science to biological research, scientists have adopted Kelvin Probe F...

  Jiali Zhang and Byong Kim Park Systems Inc., Technical Services, Santa Clara, CA USA Introduction The Holy Grail in electrocatalysis and energy storage is to correlate electrochemical activ...

  Research Application Technology Center, Park Systems Corporation Introduction Since the development of Atomic Force Microscopy (AFM) [1], several measurement modes have been developed to cha...

  John Paul Pineda, Charles Kim, and Byong Kim Park Systems, Inc., Santa Clara, CA USA Introduction Sophisticated, high-performing technology often requires electrical components with advance...