Carbon Composite Foam for Multi Radionuclide Trap | Zendy

Prasanta Jana | Zendy; V. Ganesan | Zendy

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Carbon Composite Foam for Multi Radionuclide Trap

Author(s) -

Prasanta Jana,

V. Ganesan

Publication year - 2014

Publication title -

advances in materials science and applications

Language(s) - English

Resource type - Journals

eISSN - 2306-9325

pISSN - 2306-9317

DOI - 10.5963/amsa0303005

Subject(s) - trap (plumbing) , composite number , radionuclide , materials science , carbon fibers , composite material , environmental science , nuclear physics , physics , environmental engineering

different types of carbon composites namely nickel dispersed carbon foam (density 0.09 g. cm -3 and porosity 96%), nickel dispersed carbon coated alumina foam (density 0.03 g. cm -3 and porosity 99%) and carbon coated nickel foam (density 0.28 g. cm -3 and porosity 97%). The synthesis route of these carbon composite foams follow solution combustion route. By varying the reagents and quantities, the foam materials of interest were obtained. Such carbon composite foam materials are suitable for multi-trap applications.

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