About: ‘Magic’ nucleus 42Si

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scientific article published in Nature

Attributes	Values
rdf:type	Item
description	artículu científicu (ast) wetenschappelijk artikel (nl) article publié dans la revue scientifique Nature (fr) im Juni 2005 veröffentlichter wissenschaftlicher Artikel (de) scientific article published in Nature (en) наукова стаття, опублікована в Nature в червні 2005 (uk)
publication date	wds:Q59082388-C15D4856-784A-4996-8247-189AA68FCD47
publication date	2005-06-01 00:00:00Z (xsd:dateTime)
language of work or name	wds:Q59082388-FBE726BF-4066-49A7-ADA7-DAE5BF3B2108
language of work or name	English
exact match	wds:Q59082388-373549CF-9997-487B-A14B-24926D38FF5F
exact match	https://scigraph.springernature.com/pub.10.1038/nature03619
cites work	wds:Q59082388-1C7F8CCB-EE35-4F23-A5B8-912AB7ACE469 wds:Q59082388-38E3D4D8-9D7F-4F12-B050-13474A575157 wds:Q59082388-3B2D78C7-7001-445D-B19D-A602DF37EFFE wds:Q59082388-88D66337-09F5-4F18-B4A8-0014F69E0381 wds:Q59082388-CBFF9AD9-EC4D-447B-9431-0F5A26D37258 wds:Q59082388-E7960B81-E2A9-4FA6-A0B0-C74F8DE3772F wds:Q59082388-FB09EC6D-7F2C-46D8-81DE-297F97111FC3
cites work	Spectroscopy of34,35Sibyβdecay:sd−fpshell gap and single-particle states On the "Magic Numbers" in Nuclear Structure On Closed Shells in Nuclei. II Is the nuclear spin-orbit interaction changing with neutron excess? Not-so-magic numbers New direct reaction: two-proton knockout from neutron-rich nuclei New neutron-rich isotopes, 34Ne, 37Na and 43Si, produced by fragmentation of a 64 A MeV 48Ca beam
author name string	wds:Q59082388-06CE0168-F421-40EC-942A-71E116973D0D wds:Q59082388-1866F3FA-93D6-4737-B8D3-44CC2EBDEFC6 wds:Q59082388-1EC259D1-0CA4-4DF0-B71F-0FA6636455A6 wds:Q59082388-2254DC2C-26A0-4CC8-AF3A-1A39A7AF84E1 wds:Q59082388-22812194-BBCF-42D8-AEEE-49FB5FEECA03 wds:Q59082388-506E26BD-5BE5-4D40-8D10-5B5D5DAB63DF wds:Q59082388-5485EB63-7108-4A20-8A25-E65D1E0898A4 wds:Q59082388-7B06B145-A103-4575-9146-1B7EA5E36755 wds:Q59082388-7D271A15-E133-488E-BCF1-217EA9F03D37 wds:Q59082388-86CD80D9-C2E7-4728-A40D-6BDE9BB7225B wds:Q59082388-879A84C3-4409-472F-A684-EDD114FF8F5B wds:Q59082388-8EBE42A0-5832-433E-A041-F2239D911923 wds:Q59082388-9BE8D2E2-8B66-419F-841F-B2501B20189F wds:Q59082388-A87A7195-2EAE-40FD-962D-29DECAB69649 wds:Q59082388-A948C856-87E3-4BB4-9F3A-37A506BD5E39 wds:Q59082388-B4F4D440-CE3C-4BDF-811B-70ACA8028C59 wds:Q59082388-BC77CA65-2AEC-478C-A0C1-327F7E76C0F6 wds:Q59082388-CB9EAFA9-A6BB-43F7-A39F-6D2AC7716141
author name string	Yoneda K Terry JR Brown BA Mueller WF Cook JM Fridmann J Hansen PG Tostevin JA Kemper KW Cottle PD Bazin D Dinca DC Olliver H Diffenderfer E Wiedenhöver I Lecouey JL Baby LT Rodriguez-Vieitez E
rdfs:label	‘Magic’ nucleus 42Si (en) ‘Magic’ nucleus 42Si (nl)
skos:prefLabel	‘Magic’ nucleus 42Si (en) ‘Magic’ nucleus 42Si (nl)
name	‘Magic’ nucleus 42Si (en) ‘Magic’ nucleus 42Si (nl)
author	wds:Q59082388-48CA3179-1FA6-4FB0-B9D3-9D5E8CE8845E wds:Q59082388-4F6DB2DE-E255-40D1-8DEA-6008FB26F822 wds:Q59082388-EFB103B6-BE7A-45DC-B6B7-CC48A2F9BF8E
author	Alexandra Gade Thomas Glasmacher Chris Campbell
title	wds:Q59082388-FB87B2F9-5D20-4C9B-8210-828EF1A034CA
title	'Magic' nucleus 42Si (en)
page(s)	wds:Q59082388-75F69836-296D-4D78-B8EE-33C83AB23CE7
page(s)	922-924
instance of	wds:Q59082388-81F11B37-D3C5-4816-8C63-117D59F48CA2
instance of	scholarly article
PubMed ID	wds:Q59082388-9E3B3671-B6AF-4FE0-A7B0-F7E3DC3DFF62
PubMed ID	http://rdf.ncbi.nlm.nih.gov/pubchem/reference/15959511
PubMed ID	15959511
published in	wds:Q59082388-77FF2D32-FB8B-4677-9761-3DC779317D77
published in	Nature
issue	wds:Q59082388-371C5D48-0E0C-47B5-BC92-134FF289CF8F
volume	wds:Q59082388-7FF6259A-AB5E-4848-8689-B11741306BD7
issue	7044
volume	435
DOI	wds:Q59082388-FE37FC44-5208-4563-9FB5-E0595B687D93
DOI	http://dx.doi.org/10.1038/NATURE03619
DOI	10.1038/NATURE03619
Dimensions Publication ID	wds:Q59082388-958728FE-4C88-4F25-AB43-FA2D5ED65EF6
Dimensions Publication ID	1036473858
is about of	https://www.wikidata.org/wiki/Special:EntityData/Q59082388
is cites work of	Continuum shell model Nuclear physics: elusive magic numbers. Nanostructured organosilicon luminophores and their application in highly efficient plastic scintillators. Vanishing N = 20 shell gap: study of excited states in (27,28)Ne

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