Condensed Matter Experiment Ⅱ

Surface Structure Physics

Staff

Professor : Tadashi Abukawa
Assistant Professor : Shuichi Ogawa

Research

We investigate solid surfaces and interfaces at atomic level in order to create surfaces and interfaces with various functions. We have developed several original techniques for surface analysis, such as correlated thermal diffused scattering (CTDS) and Weissenberg reflection high energy electron diffraction (WRHEED). In order to study reaction and phase transition dynamics, we have developed a new method called streak camera reflection high energy electron diffraction (SC-RHEED), which captures high-speed movement of surface atoms. Photoelectron microscopy (PEEM) and scanning electron microscopy (SEM) are also used to measure non-uniform material surfaces at the nano meter scale.

Upper left: Surface atomic arrangiment visualized by the developed technique. Upper right: PEEM image of graphene growing on Ni(110) substrate. Lower: Dynamics of laser abration process obtained by SC-RHEED.
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