Development of new treatment method to reduce the volume of chlorinated organic solid wastes

; Saito, Yasuo; ;

Proceedings of 8th International Conference on Nuclear Engineering (ICONE-8) (CD-ROM), 0 Pages, 2000/00

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JNC TN8520 99-002, 56 Pages, 1999/04

JNC-TN8520-99-002.pdf:4.31MB

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PNC TN8410 97-192, 60 Pages, 1997/09

PNC-TN8410-97-192.pdf:6.04MB

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PNC TN8440 97-016, 43 Pages, 1997/03

PNC-TN8440-97-016.pdf:2.2MB

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PNC TN8470 93-016, 294 Pages, 1993/03

PNC-TN8470-93-016.pdf:6.72MB

no abstracts in English

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PNC TN8470 93-014, 72 Pages, 1993/03

PNC-TN8470-93-014.pdf:2.08MB

no abstracts in English

Study of safety for the low-flow ventilation system

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PNC TN8430 89-003, 85 Pages, 1989/03

PNC-TN8430-89-003.pdf:2.96MB

Recently Reprocessing Plants and Nuclear Waste Facilities in which HALW (High Active Liquid Waste) is treated might have a integrated remote handling cell for decreasing exposure dose rate of operaters and operating effectivly. And to minimize an exhaust gas flow rate they might have the Low-Flow Ventiration System for their integrated remote handling cell ventilation. To confirm safety of vitrificating cell in TOKAI VITRIFICATI0N FACILITY (TVF) that has the Low-Flow Ventiration System, we experimented for heat and mass Transfer of the Low-Flow Ventiration Cell, developed Three-Dimensional Heat-Fluid Analysis Code and Pressure and Temperature Analysis Code for the Low-Flow Ventiration Cell, and experimented the behavior of FP for the Low-Flow Ventiration Cell. This report shows results of these experiments and developments for the Low-Flow Ventiration System.

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PNC TN841 84-64, 43 Pages, 1985/03

PNC-TN841-84-64.pdf:2.29MB

no abstracts in English

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PNC TN841 84-60, 138 Pages, 1984/12

PNC-TN841-84-60.pdf:2.99MB

no abstracts in English