Cambiamento del clima. Energia nucleare: parte della soluzione
Italy
Interpretation of the Muse-4 kinetics experiments. Analysis of a selected configuration
Italy
30. MPA-Seminar 'Safety and reliability in energy technology' in conjunction with the 9th German-Japanese seminar. Vol. ...
The 30th MPA-seminar on ''Safety and Availability in Energy Engineering'' was held in conjuction with the 9th German-Japanese Seminar. The 52 contributions were published in two volumes. Volume 1 contains the contributions to the following sessions: fracture mechanics, fatigue, welding, environmental impact and European research projects. Volume 2 ...
Static and dynamic analysis of the Stellatator W7-X.
Czech Republic
KAPOOL experiments on melt-through of a metal plate by an overlying melt pool
Germany
Results of the B_4C control rod test QUENCH-07
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Germany
Interpretation of the Muse-4 kinetics experiments. Analysis of a selected configuration
Italy
Interpretation of the Muse-4 kinetics experiments. Analysis of a selected configuration
Consiglio Nazionale delle Ricerche - Biblioteca Centrale - P.le Aldo Moro, 7 , Rome / CNR - Consiglio Nazionale delle Richerche / SIGLE / IT / Italy
Optimised transmutation of plutonium and americium in pressurised water reactors / Optimierte Umwandlung von Plutonium u...
The world energy requirement will dramatically increase during this century, because of an increasing world population on the one hand and an increasing per capita energy consumption on the other hand. Future prospects of primary energy requirement, basing on different assumptions of the future technological, economical and ecological developments,...
Melt cooling by bottom flooding: the experiment CometPC-H4 and -H5 Ex-vessel core melt stabilization research
The large-scale experiments CometPC-H4 and -H5 investigate cooling of simulated corium melts by flooding the melt from the bottom through layers of porous, water filled concrete. Both experiments use 800 kg of oxidic and metallic melts, initial temperature from 1800 to 1900 C, with simulation of nuclear decay heat by inductive heating with 300 KW t...
