Tubular flow reactor with 110 cm long and had two heating zones, each 40 cm long. The tube material in the reactor was high purity alumina.
Experiments enumerated from 1 to 6.
Number concentration, diameter and number size distribution, tellurium, electron binding energies for compound/ions identification (Ru, I, Cs)
Temperature 1300-1700 K, humidity level and pressence or not of caesium iodide, and duration time
Gas type (air, air+NO2, air+N2O, air+HNO3)
ATR-2 (Impact of Aerosols on the Transport of Ruthenium) experimental programme. The financial support of SAFIR 2018
References: [1] T. Kärkelä et al., Ruthenium transport in an RCS with airborne CsI,
Progress in Nuclear Energy, 99, 38-48, 2017,
https://doi.org/10.1016/j.pnucene.2017.04.019.
[2] I. Kajan et al., Effect of nitrogen compounds on transport of ruthenium through the RCS, Journal of Radioanalytical and Nuclear Chemistry, 311, 2097-2109, 2017, DOI: 10.1007/s10967-017-5172-7
[3] T. Kärkelä et al., Experiments on the Behaviour of Ruthenium in Air Ingress Accidents - Final Report. VTT research report VTT-R-01252-07., 2017.
Contributed By: L. Cantrel