Matches in DBpedia 2015-10 for { <http://dbpedia.org/resource/Superdeformation> ?p ?o }
Showing triples 1 to 58 of
58
with 100 triples per page.
- Superdeformation abstract "For the drawing style of anime and manga, see Super deformed.In nuclear physics a superdeformed nucleus is a nucleus that is very far from spherical, forming an ellipsoid with axes in ratios of approximately 2:1:1. Normal deformation is approximately 1.3:1:1. Only some nuclei can exist in superdeformed states.The first superdeformed states to be observed were the fission isomers, low-spin states of elements in the actinide and lanthanide series. The strong force decays much faster than the Coulomb force, which becomes stronger when nucleons are greater than 2.5 femtometers apart. For this reason, these elements undergo spontaneous fission. In the late 1980s, high-spin superdeformed rotational bands were observed in other regions of the periodic table. Specific elements include ruthenium, rhodium, palladium, silver, osmium, iridium, platinum, gold, and mercury.The existence of superdeformed states occurs because of a combination of macroscopic and microscopic factors, which together lower their energies, and make them stable minima of energy as a function of deformation. Macroscopically, the nucleus can be described by the liquid drop model. The liquid drop's energy as a function of deformation is at a minimum for zero deformation, due to the surface tension term. However, the curve may become soft with respect to high deformations because of the Coulomb repulsion (especially for the fission isomers, which have high Z) and also, in the case of high-spin states, because of the increased moment of inertia. Modulating this macroscopic behavior, the microscopic shell correction creates certain superdeformed magic numbers that are analogous to the spherical magic numbers. For nuclei near these magic numbers, the shell correction creates a second minimum in the energy as a function of deformation.Even more deformed states (3:1) are called hyperdeformed.".
- Superdeformation wikiPageExternalLink yad_fin_67.pdf.
- Superdeformation wikiPageID "294514".
- Superdeformation wikiPageLength "2534".
- Superdeformation wikiPageOutDegree "27".
- Superdeformation wikiPageRevisionID "543715506".
- Superdeformation wikiPageWikiLink Actinide.
- Superdeformation wikiPageWikiLink Atomic_nucleus.
- Superdeformation wikiPageWikiLink Category:Nuclear_physics.
- Superdeformation wikiPageWikiLink Coulomb_force.
- Superdeformation wikiPageWikiLink Coulombs_law.
- Superdeformation wikiPageWikiLink Ellipsoid.
- Superdeformation wikiPageWikiLink Femto.
- Superdeformation wikiPageWikiLink Femto-.
- Superdeformation wikiPageWikiLink Gold.
- Superdeformation wikiPageWikiLink Hyperdeformation.
- Superdeformation wikiPageWikiLink Iridium.
- Superdeformation wikiPageWikiLink Lanthanide.
- Superdeformation wikiPageWikiLink Liquid_drop_model.
- Superdeformation wikiPageWikiLink Magic_number_(physics).
- Superdeformation wikiPageWikiLink Mercury_(element).
- Superdeformation wikiPageWikiLink Nuclear_isomer.
- Superdeformation wikiPageWikiLink Nuclear_physics.
- Superdeformation wikiPageWikiLink Osmium.
- Superdeformation wikiPageWikiLink Palladium.
- Superdeformation wikiPageWikiLink Platinum.
- Superdeformation wikiPageWikiLink Rhodium.
- Superdeformation wikiPageWikiLink Ruthenium.
- Superdeformation wikiPageWikiLink Semi-empirical_mass_formula.
- Superdeformation wikiPageWikiLink Silver.
- Superdeformation wikiPageWikiLink Sphere.
- Superdeformation wikiPageWikiLink Spontaneous_fission.
- Superdeformation wikiPageWikiLink Strong_force.
- Superdeformation wikiPageWikiLink Strong_interaction.
- Superdeformation wikiPageWikiLink Super_deformed.
- Superdeformation wikiPageWikiLink Transuranium_element.
- Superdeformation wikiPageWikiLinkText "Superdeformation".
- Superdeformation wikiPageWikiLinkText "deformed".
- Superdeformation wikiPageWikiLinkText "superdeformation".
- Superdeformation wikiPageWikiLinkText "superdeformed".
- Superdeformation hasPhotoCollection Superdeformation.
- Superdeformation wikiPageUsesTemplate Template:Physics-stub.
- Superdeformation wikiPageUsesTemplate Template:Unreferenced.
- Superdeformation subject Category:Nuclear_physics.
- Superdeformation hypernym Nucleus.
- Superdeformation type Article.
- Superdeformation type Brain.
- Superdeformation type Article.
- Superdeformation type Mechanic.
- Superdeformation type Physic.
- Superdeformation comment "For the drawing style of anime and manga, see Super deformed.In nuclear physics a superdeformed nucleus is a nucleus that is very far from spherical, forming an ellipsoid with axes in ratios of approximately 2:1:1. Normal deformation is approximately 1.3:1:1. Only some nuclei can exist in superdeformed states.The first superdeformed states to be observed were the fission isomers, low-spin states of elements in the actinide and lanthanide series.".
- Superdeformation label "Superdeformation".
- Superdeformation sameAs m.01r10p.
- Superdeformation sameAs Супердеформация.
- Superdeformation sameAs Q4446218.
- Superdeformation sameAs Q4446218.
- Superdeformation wasDerivedFrom Superdeformation?oldid=543715506.
- Superdeformation isPrimaryTopicOf Superdeformation.