Rapporto TEPSI I anno

[7] Moller S., Palumbo R., Development of a solar chemical reactor for the
direct thermal dissociation of zinc oxide, PSI Scientific Report 2000 -
Annex V, 33-34, 2000
[8] Frey T., Guesdon C., Sturzenegger M., Determination of the residence
time distribution for a solar reactor and its use for deriving reaction
kinetics, PSI Scientific Report 2000 - Annex V, 24-25, 2000
[9] Steinfeld A., Palumbo R., Solar thermochemical process technology,
Encyclopedia of physical science and technology, R. A. Meyers Ed.,
Academic press, Vol 15, 237-256, 2001
[10] Kraupl S., Operational performance of a 5 kW solar chemical reactor
for the co-production of zinc and syngas, PSI Scientific Report 2001 -
Annex V, 33-34, 2001
[11] Musella M., Spectral reflectivity of Fe2O3 and NiO at high
temperature, PSI Scientific Report 2001 - Annex V, 29-30, 2001
[12] Keunecke M., Lédé J., Ferrer M., Palumbo R., Meier A., Optimization
of the quench for the solar thermal decomposition of zinc oxyde, PSI
Scientific Report 2001 - Annex V, 27-28, 2001
[13] Bodek P., Alxneit I., Rekin, an experiment to study the kinetics of the
oxidation of zinc vapor - conceptual overview and design, PSI Scientific
Report 2001 - Annex V, 25-26, 2001
[14] Wieckert C., Palumbo R., Epstein M., Olalde G., Pauling H.J., Robert
J.F., Santén S., Steinfeld A., The solzinc-project for up scaling the solar
chemical technology for producing zinc as a solar fuel, PSI Scientific
Report 2001 - Annex V, 39-40, 2001
Pagina - 144 - di 305