It is experimentally demonstrated that the PBLG polymer liquid crystal is available as an electron beam recording medium. An electron beam pattern can be written directly on a PBLG L. C. layer without using a dielectric thin film as the target electrode. A relation between the spatial resolution and thickness of the liquid crystal layer is theoretically derived, and the structural change due to the electric field induced by the electron beam charge pattern and its responses are discussed from experiments. From these experiments, it is found that the spatial resolution limit is better than 401p/mm.
