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Preparation of Cu-Doped Glow Discharge Polymer Coatings for ICF Applications

A. Nikroo, E. Castillo, D. Hill, A. L. Greenwood

Fusion Science and Technology / Volume 45 / Number 2 / Pages 144-147

March 2004

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Copper doped polymer shells can provide a very useful diagnostic for fast ignition experiments currently being performed at various laboratories around the world. The low concentration copper dopant acts as an efficient x-ray source providing information on the physics of fast ignition. We have developed copper doped glow discharge (GDP) coatings suitable for such purposes. Copper acetylacetonate (CuAcAC), a solid at room temperature, was used in a heated jacket as the dopant source. We used this technique to fabricate thin (~5-7 m) GDP shells doped with ~1 at % copper through the depolymerizable mandrel process for fast ignition experiments. The details of the experimental set up and the range and limitations of the technique are discussed.

 
 
 
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