In conventional through plane imaging the neutron beam is perpendicular to the membrane. To image the distribution between the different cell layers, high resolution in plane imaging can be used, where the neutron beam is parallel to the membrane. Due to the low thickness of the fuel cell layers (e.g. 200 µm for a GDL), high resolution is required. To optimize the trade-off between spatial and temporal resolution, we developed a set of anisotropic resolution enhancement methods.