The strength of carbon stripper foils against heavy ion induced irradiation damage is at an optimum if the nanocrystals of the carbon foil are isotropically distributed. So far only carbon stripper foils prepared by laser plasma ablation deposition can completely fulfill this demand. This procedure is quite different from standard carbon foil preparation and needs several new developments especially for a series production. Here the realization of the previously measured ablation deposition data into a source-to-substrate configuration is demonstrated. For the total rotating substrate area of 750 cm2, an overall homogeneity of 3    «

The strength of carbon stripper foils against heavy ion induced irradiation damage is at an optimum if the nanocrystals of the carbon foil are isotropically distributed. So far only carbon stripper foils prepared by laser plasma ablation deposition can completely fulfill this demand. This procedure is quite different from standard carbon foil preparation and needs several new developments especially for a series production. Here the realization of the previously measured ablation deposition data...    »