Matches in DBpedia 2015-10 for { <http://dbpedia.org/resource/Neutron_economy> ?p ?o }
Showing triples 1 to 38 of
38
with 100 triples per page.
- Neutron_economy abstract "Neutron economy is defined as the ratio of an adjoint weighted average of the excess neutron production divided by an adjoint weighted average of the fission production.The distribution of neutron energies in a nuclear reactor differs from the fission neutron spectrum due to the slowing down of neutrons in elastic and inelastic collisions with fuel, coolant and construction material. Neutrons slow down in elastic and inelastic collisions, until they are absorbed via Neutron capture or lost by leakage. Neutron economy is the balanced account, in a reactor, of the neutrons created and the neutrons lost through absorption by non-fuel elements, resonance absorption by fuel, and leakage while fast and thermal energy ranges.Heavy Water is an extremely efficient moderator. As a result, reactors using heavy water, such as the CANDU also have a high neutron economy.The quantity that indicates how much the neutron economy is out of balance is given the term Reactivity. If a reactor is exactly critical - that is, the neutron production is exactly equal to neutron destruction - then the reactivity is zero. If the reactivity is positive - then the reactor is supercritical. If the reactivity is negative - then the reactor is subcritical.However the term neutron economy is used not just for the instantaneous reactivity of a reactor but also to describe the overall efficiency of a nuclear reactor design.".
- Neutron_economy wikiPageID "2789297".
- Neutron_economy wikiPageLength "2495".
- Neutron_economy wikiPageOutDegree "13".
- Neutron_economy wikiPageRevisionID "630003004".
- Neutron_economy wikiPageWikiLink CANDU.
- Neutron_economy wikiPageWikiLink CANDU_reactor.
- Neutron_economy wikiPageWikiLink Category:Neutron.
- Neutron_economy wikiPageWikiLink Category:Nuclear_technology.
- Neutron_economy wikiPageWikiLink Critical_mass.
- Neutron_economy wikiPageWikiLink Critical_mass_(nuclear).
- Neutron_economy wikiPageWikiLink Heavy_Water.
- Neutron_economy wikiPageWikiLink Heavy_water.
- Neutron_economy wikiPageWikiLink Neutron.
- Neutron_economy wikiPageWikiLink Neutron_capture.
- Neutron_economy wikiPageWikiLink Neutron_radiation.
- Neutron_economy wikiPageWikiLink Neutron_spectrum.
- Neutron_economy wikiPageWikiLink Nuclear_fission.
- Neutron_economy wikiPageWikiLink Nuclear_reactor.
- Neutron_economy wikiPageWikiLink Weighted_arithmetic_mean.
- Neutron_economy wikiPageWikiLink Weighted_average.
- Neutron_economy wikiPageWikiLinkText "Neutron economy".
- Neutron_economy wikiPageWikiLinkText "efficiency of neutrons".
- Neutron_economy wikiPageWikiLinkText "neutron economy".
- Neutron_economy wikiPageWikiLinkText "the reactor efficiency".
- Neutron_economy hasPhotoCollection Neutron_economy.
- Neutron_economy wikiPageUsesTemplate Template:Nuclear-stub.
- Neutron_economy wikiPageUsesTemplate Template:Reflist.
- Neutron_economy subject Category:Neutron.
- Neutron_economy subject Category:Nuclear_technology.
- Neutron_economy type Physic.
- Neutron_economy comment "Neutron economy is defined as the ratio of an adjoint weighted average of the excess neutron production divided by an adjoint weighted average of the fission production.The distribution of neutron energies in a nuclear reactor differs from the fission neutron spectrum due to the slowing down of neutrons in elastic and inelastic collisions with fuel, coolant and construction material.".
- Neutron_economy label "Neutron economy".
- Neutron_economy sameAs m.082tjk.
- Neutron_economy sameAs Q17104732.
- Neutron_economy sameAs Q17104732.
- Neutron_economy wasDerivedFrom Neutron_economy?oldid=630003004.
- Neutron_economy isPrimaryTopicOf Neutron_economy.