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Opacity Effect on Extreme Ultraviolet Radiation from Laser Produced Tin Plasmas
 


Figure 1 Photograph of a gold cavity to generate intense Planckian x-ray radiation.
Figure 2 Schematic of Sn opacity experiment. Intense Planckian radiation heats uniformly a thin Sn sample. Spectrum of probe x-ray through a sample is recoded on an x-ray streak camera.
Figure 3 Absorption cross section of 30-eV Sn plasmas for EUV light. A Sn plasma is quite opaque for 13.5 nm light

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