Modelling of boron species for the integral tests Falcon 17 and ISP-34
(EN)
Λαζαριδης Μιχαλης
(EL)
Joaquim Areia Capitao
(EN)
Yannis Drossinos
(EN)
Lazaridis Michalis
(EN)
Πολυτεχνείο Κρήτης
(EL)
Technical University of Crete
(EN)
The RAFT computer code for aerosol formation and transport was modified to include boron species in its chemical database. The modification was necessary to calculate fission producy transport and deposition in the Falcon tests FAL-17 and ISP-34, where boric acid was injected. Experimental results suggest that the transport of caesium is modified in the presence of boron. The results obtained with the modified RAFT code are presented; they show good agreement with the Falcon silica tube. The new version of the RAFT code predicts the same behaviour for iodine deposition as the previous version, where boron species were not included.
(EN)
journalArticle
Chemical technology,Industrial chemistry,Technical chemistry,chemistry technical,chemical technology,industrial chemistry,technical chemistry
(EN)
