Vertaling van "high-power reactor " (Engels → Nederlands) :

High Temperature Gas-Cooled Power Reactor | High Temperature Gas-Cooled Reactor | HTGC [Abbr.] | HTGCR [Abbr.] | HTGR [Abbr.]

nuclear reactor [ atomic power cell | boiling water reactor | fast neutron reactor | fusion reactor | gas-cooled reactor | light-water reactor | power reactor | pressurised water reactor | thermal reactor | thermonuclear reactor | water-moderated reactor | water reactor ]

Power reactor operator

hyperflux reactor | super-flux reactor | very-high-flux reactor

High power light microscopy

< 4 mitoses/high power field

Very high temperature reactor | VHTR

atomic power | nuclear power | nuclear energy | nuclear reactor energy

nuclear safety [ Euratom inspection | Euratom safeguards | IAEA inspection | nuclear control | reactor safety | safety of nuclear installations | safety of nuclear power stations ]

Therefore the applicant for a licence for the construction of a new power or research reactor should demonstrate that the design limits the effects of a reactor core damage to within the containment, i.e. the applicant should prove that a large or unauthorised radioactive release outside the containment is extremely unlikely, and that applicant should be able to demonstrate with a high degree of confidence that such a release will not occur.

Therefore the applicant for a licence for the construction of a new power or research reactor should demonstrate that the design limits the effects of a reactor core damage to within the containment, i.e. the applicant should prove that a large or unauthorised radioactive release outside the containment is extremely unlikely, and that applicant should be able to demonstrate with a high degree of confidence that such a release will not occur.

Its basic approach is that a set of common principles in the field of nuclear safety, already included in the CNS, are regulated at Community level, supplemented with additional safety requirements for new nuclear power reactors, which Member States are encouraged to develop in line with the principle of continuous improvement of safety, on the basis of the safety levels developed by WENRA and in close collaboration with the European High Level Group on Nuclear Safety and Waste Management (HLG).

The Impact Assessment analyses four policy options : Policy option 0 consists in keeping the current situation unchanged; Policy option 1 envisages the elaboration of Community legislation establishing common safety standards for existing nuclear installations; Policy option 2 consists in the enacting Community legislation that sets up only a common framework aiming at achieving and maintaining a high uniform level of nuclear safety throughout the Community by recalling widely recognised nuclear safety principles, the subsequent implementing measures being elaborated by the HLG; Policy option 3 is built upon a set of internationally-recognised nuclear safety principles (approach proposed by Policy option 2), supplemented with additional ...[+++]safety requirements for new nuclear power reactors, which Member States are encouraged to develop in line with the principle of continuous improvement of safety, on the basis of the safety levels developed by WENRA and in close collaboration with the HLG.