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[en] This work studies the legal instruments for cooperative research granted to Euratom under the Treaty establishing the European Atomic Energy Community, and the conditions whereby concrete use was made of these instruments. This assessment of Euratom's efforts to launch a community nuclear industry is accompanied by an analysis of the respective roles of the bodies of the Community, the Council and the Commission, as well as of the circumstances which, according to the author, have led to a paralysis of this institution. (NEA)

[en] One presents very briefly the safety standards in force in the Euratom Member States, based on the Council Directives and in accordance with recommendations of the International Commission on Radiological Protection (ICRP)

[en] The European Parliament, like the US Congress before it, has recognized a need for independent advice on scientific and technological policy issues, being hitherto over-dependent on Commission expertise in its examination of Commission proposals. Accordingly, it established the STOA Project (Scientific and Technological Options Assessment) in March 1987. The first major STOA study, Criteria for the Assessment of European Fusion Research, is described and analysed. A contrast is drawn between consensual and adversarial approaches to technology assessment and the importance of open, critical debate is stressed. In conclusion, it is the social character of technology which underlies the importance of parliamentary technology assessment. (author)

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[en] After calling to mind the (abundant and cheap) energy era, until the 1973 crises, the author describes the implementation of the new energy policy strategy as defined by the EEC at the end of 1974 and early 1975. In conclusion, he examines the evolution of the European and world energy situation, emphasizing the necessity for the EEC to develop an international effort and cooperation, especially with developing countries for whom the problems of energy supply would prove to have serious repercussions

[en] According to the decisions taken by the Council of Ministers on the JRC multiannual programme (1980-83), the 1980 activity has been oriented toward four projects which cover a broad range of fields, namely: - the Project 1: 'Reactor Studies'. The main effort was oriented toward the NET/INTOR studies. JRC Ispra is acting as reference nucleus for NET preliminary design. For the moment being this work was made in support to the European participation to INTOR. In 1980 the conceptual design of a demonstration power reactor (FINTOR-D) was also achieved. - The Project 2: 'Blanket Technology' has the aim to investigate structural materials behaviour in fusion conditions. Items like tritium outgassing and permeation from structurals an materials compatibility were investigated. - The Projet 3: 'Material sorting and development'. Its aim is to assess mechanical properties and radiation damage of standard and advanced materials suited for reactor structures. - The Projet 4: 'Cyclotron construction and operation' has the task to install and exploit a cyclotron to simulate demages to materials in a fusion ambient

[en] The work perfomed on 1981 concerns four projects, namely: - The project 1: ''Reactor Studies''. During 1981 this activity was made in support to the European participation to the INTOR (INternational TOkamak Reactor) studies. This represents a collaborative effort among Europe, Japan; USA and USSR, under the auspices of IAEA, to design a major fusion experiment beyond the upcoming generation of large tokamaks. - The Project 2: ''Blanket Technology'' has the aim to investigate the behaviour of blanket materials in fusion conditions. - The Project 3: ''Materials Sorting and Development'' has the aim to assess the mechanical properties and radiation damage of standard and advanced materials suited for structures, in particular for application as first wall of the fusion reactors. - The Project 4: ''Cyclotron Operation and Experiments'' has the task to exploit a cyclotron to simulate radiation damages to materials in a fusion ambient