Using Atomic Force Microscopy to Look at Thin Ice : comparem

Images of two-dimensional ice captured using atomic force microscopy (AFM) demonstrate a previously unseen growth mechanism.

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Daniel Bonn , Stefania Ketzetzi , Bart Weber , Fujie Tang , Ilamaran Sivarajah , Ellen Hg Backus , Franzj Giessibl , Ilamaran Sivarajahapr , Huibj Bakker , Wilbertj Smit , Yuki Nagata , Qplus Afms , Atomic Force Microscope , Studying Thin Ice , Mischa Bonn , Molecular Insight , Physical Chemistry Letters , Nano Surfaces , Tip Functionalization Approaches , Molecular Recognition , Afm , Atomic Force Microscopy , Thin Ice ,