Chemical Species of Ruthenium in Waste Solution Arising from $^{9}$ $^{9}$ Mo Production Process by Means of $^{2}$ $^{3}$ $^{5}$ U(n,f) $^{9}$ $^{9}$ Mo and Their Change During Waste Treatments.

not registered; Motoki, Ryozo; not registered

no abstracts in English

Language	:	Japanese
Report No.	:	JAERI-M 86-077
Pages	:	29 Pages
Publication Year/Month	:	1986/05
Patent information	:
PDF	:	JAERI-M-86-077.pdf:0.79MB
Paper URL	:	https://doi.org/10.11484/jaeri-m-86-077
Keywords	:	Ruthenium; Moribuden; Species; Fission; Waste; Treatment; Decontamination
Research Facility	:
Press Release	:
Article of JAEA R&D Review	:
Cooperating Institute	:
Other institute's report number	:

Acecsses	:	- Accesses
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Registration No. : M19860077
JAEA Abstracts No. :

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Chemical Species of Ruthenium in Waste Solution Arising from Mo Production Process by Means of U(n,f)Mo and Their Change During Waste Treatments.

Chemical Species of Ruthenium in Waste Solution Arising from $^{9}$ $^{9}$ Mo Production Process by Means of $^{2}$ $^{3}$ $^{5}$ U(n,f) $^{9}$ $^{9}$ Mo and Their Change During Waste Treatments.