DOI: 10.31274/rtd-180813-17235
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Neutron activation analysis of the sodium tungsten bronzes

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Cited by 3 publications
(2 citation statements)
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“…The chlorination technique employs hydrogen chloride gas or hydrogen chloride-oxygen mixtures (24,76,78,92,126,127)• Hydrogen chloride-chlorine mixtures, chlorine, and nitrosyl chloride have been used at this laboratory for the same purpose (106). Bronzes will react with these gases to yield a mixture of tungstenyl chloride, WOgClg, oxygen or water, and alkali metal chloride.…”
Section: Decomposition and Dissolution Methodsmentioning
confidence: 99%
“…The chlorination technique employs hydrogen chloride gas or hydrogen chloride-oxygen mixtures (24,76,78,92,126,127)• Hydrogen chloride-chlorine mixtures, chlorine, and nitrosyl chloride have been used at this laboratory for the same purpose (106). Bronzes will react with these gases to yield a mixture of tungstenyl chloride, WOgClg, oxygen or water, and alkali metal chloride.…”
Section: Decomposition and Dissolution Methodsmentioning
confidence: 99%
“…The chlorination technique employs hydrogen chloride gas or hydrogen chloride-oxygen mixtures (24,76,78,92,126,127)• Hydrogen chloride-chlorine mixtures, chlorine, and nitrosyl chloride have been used at this laboratory for the same purpose (106). Bronzes will react with these gases to yield a mixture of tungstenyl chloride, WOgClg, oxygen or water, and alkali metal chloride.…”
Section: B Prior Analytical Chemistry Of the Alkali Metal Tungsten Bmentioning
confidence: 99%