VAPORISATION RATES OF CsOH AND CsI IN CONDITIONS SIMULATING A SEVERE NUCLEAR ACCIDENT

Author:

Auvinen Ari,Lehtinen Kari E.J.,Enriquez Juan,Jokiniemi Jorma K.,Zilliacus Riitta

Publisher

Elsevier BV

Subject

Pollution,Atmospheric Science,Fluid Flow and Transfer Processes,Mechanical Engineering,Environmental Engineering

Reference18 articles.

1. Alonso, A., Carretero, T., Ezquerra, F., & Hontanon, E. (1993). State of the art report on revaporisation of the RCS condensate under LWR accident conditions. CTN-56/93.

2. Devell, L., & Johansson, K. (1994). Specific features of cesium chemistry and physics affecting reactor accident source term predictions. ISSN 1104-1374, ISRN SKI-R-94:29-SE, NEA/CSNI/R(94)28.

3. Dickinson, D., Hilliard, R., Muhlestein, L., Mechan, D., & Carraro, G. (1987). Aerosol Behavior in LWR containment bypass piping—results of LACE test LA3. LACE TR-011, 1987.

4. Donahue, M., Hazzan, M., Metcalf, J., & Warman, E. (1986). Source term evaluation for accident conditions—an analysis of retention/revaporisation in BWR mark-II power plant. IAEA-SM-281/23.

5. European Commission (1995). Plant assessments, identification of uncertainties in source term analysis. In Nuclear science and technology. EUR Report 16502 EN, ISSN 1018-5594, ISBN 92-827-5284-4, C9071/PWR/93/REP/001 ST(93)-P35 Issue C Rev. 1.

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