1974Unpublished venueOpen access

Topics in aqueous plutonium chemistry

Mound Lab., Miamisburg, Ohio (USA), G Silver, USDOE

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Abstract

The general plutonium equilibrium problem is solved with logarithms and a logarithmic form of the plutonium characteristic equation is suggested. Other topics include numerical methods for estimating the equilibrium acidity in plutonium solutions, a characteristic equation for the iron-plutonium reaction, a method for finding some forbidden combinations of solution variables, and properties of plutonium-238 radiation concentration cells. (auth)

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The general plutonium equilibrium problem is solved with logarithms and a logarithmic form of the plutonium characteristic equation is suggested. Other topics include numerical methods for estimating the equilibrium acidity in plutonium solutions, a characteristic equation for the iron-plutonium reaction, a method for finding some forbidden combinations of solution variables, and properties of plutonium-238 radiation concentration cells. (auth)

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Available abstract

The general plutonium equilibrium problem is solved with logarithms and a logarithmic form of the plutonium characteristic equation is suggested. Other topics include numerical methods for estimating the equilibrium acidity in plutonium solutions, a characteristic equation for the iron-plutonium reaction, a method for finding some forbidden combinations of solution variables, and properties of plutonium-238 radiation concentration cells. (auth)

Key concepts: Plutonium, Logarithm, Aqueous solution, Chemistry, Radiochemistry, Mathematics, Physical chemistry, Mathematical analysis

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