FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3095897712> ?p ?o ?g. }

• W3095897712 abstract "Abstract The properties of the Isovector Giant Dipole Resonance are reviewed as a function of the temperature of the state on which it is built. The experimental methods, based on scintillation detectors efficient for the detection of high energy gamma-rays, are described. Methods for determining the excitation energy and temperature from the measurement of light charged particle energy spectra taking pre-equilibrium emission into account are presented. The resonance properties, energy, width and strength, are followed as a function of increasing temperature. The data are analyzed in the framework of the statistical model, which is briefly presented, by using the codes CASCADE and DCASCADE. Various prescriptions for the characteristics of the resonance as well as theoretical models are incorporated into these statistical codes in view of a direct comparison with the data. The successes and deficiencies of the Thermal Shape Fluctuation model at low temperatures are discussed. A salient feature is the surprisingly abrupt disappearance of dipole strength above a limiting temperature which depends on the nuclear mass. Several models taking into account the competition between the time scales of collective degrees of freedom and nuclear lifetime only roughly reproduce the trend of the data. This disappearance of strength is tentatively linked to the nuclear liquid–gas phase transition." @default.
• W3095897712 created "2020-11-09" @default.
• W3095897712 creator A5065116346 @default.
• W3095897712 creator A5076420501 @default.
• W3095897712 date "2020-11-01" @default.
• W3095897712 modified "2023-10-09" @default.
• W3095897712 title "The hot GDR revisited" @default.
• W3095897712 cites W1968059978 @default.
• W3095897712 cites W1968721609 @default.
• W3095897712 cites W1971893845 @default.
• W3095897712 cites W1972772040 @default.
• W3095897712 cites W1974630888 @default.
• W3095897712 cites W1978086493 @default.
• W3095897712 cites W1983177701 @default.
• W3095897712 cites W1985560418 @default.
• W3095897712 cites W1994578682 @default.
• W3095897712 cites W1996063389 @default.
• W3095897712 cites W1998077946 @default.
• W3095897712 cites W2001262865 @default.
• W3095897712 cites W2004930193 @default.
• W3095897712 cites W2005842797 @default.
• W3095897712 cites W2007083090 @default.
• W3095897712 cites W2007794895 @default.
• W3095897712 cites W2008928776 @default.
• W3095897712 cites W2009440203 @default.
• W3095897712 cites W2012892443 @default.
• W3095897712 cites W2016005193 @default.
• W3095897712 cites W2017812992 @default.
• W3095897712 cites W2021818108 @default.
• W3095897712 cites W2024731848 @default.
• W3095897712 cites W2026467491 @default.
• W3095897712 cites W2028135052 @default.
• W3095897712 cites W2029224161 @default.
• W3095897712 cites W2033585242 @default.
• W3095897712 cites W2044095916 @default.
• W3095897712 cites W2044971707 @default.
• W3095897712 cites W2046206801 @default.
• W3095897712 cites W2047142247 @default.
• W3095897712 cites W2048975704 @default.
• W3095897712 cites W2051260906 @default.
• W3095897712 cites W2052155241 @default.
• W3095897712 cites W2053394572 @default.
• W3095897712 cites W2054014000 @default.
• W3095897712 cites W2060620598 @default.
• W3095897712 cites W2066290568 @default.
• W3095897712 cites W2069235284 @default.
• W3095897712 cites W2069389998 @default.
• W3095897712 cites W2071478636 @default.
• W3095897712 cites W2072596202 @default.
• W3095897712 cites W2073999395 @default.
• W3095897712 cites W2075872652 @default.
• W3095897712 cites W2079930409 @default.
• W3095897712 cites W2083508942 @default.
• W3095897712 cites W2088460323 @default.
• W3095897712 cites W2091181943 @default.
• W3095897712 cites W2091320461 @default.
• W3095897712 cites W2094742243 @default.
• W3095897712 cites W2095477757 @default.
• W3095897712 cites W2097310050 @default.
• W3095897712 cites W2104998094 @default.
• W3095897712 cites W2107181894 @default.
• W3095897712 cites W2120786628 @default.
• W3095897712 cites W2127022296 @default.
• W3095897712 cites W2131181653 @default.
• W3095897712 cites W2138786521 @default.
• W3095897712 cites W2147163462 @default.
• W3095897712 cites W2149014629 @default.
• W3095897712 cites W2149954863 @default.
• W3095897712 cites W2169342550 @default.
• W3095897712 cites W2172093786 @default.
• W3095897712 cites W2176598844 @default.
• W3095897712 cites W2192312886 @default.
• W3095897712 cites W2252750343 @default.
• W3095897712 cites W2315417458 @default.
• W3095897712 cites W2320531600 @default.
• W3095897712 cites W2322298646 @default.
• W3095897712 cites W2325419427 @default.
• W3095897712 cites W2406197876 @default.
• W3095897712 cites W2464452643 @default.
• W3095897712 cites W2569828637 @default.
• W3095897712 cites W2749241813 @default.
• W3095897712 cites W2804959863 @default.
• W3095897712 cites W2912084033 @default.
• W3095897712 cites W2925305372 @default.
• W3095897712 cites W2990214437 @default.
• W3095897712 cites W3044390558 @default.
• W3095897712 cites W74193839 @default.
• W3095897712 doi "https://doi.org/10.1140/epja/s10050-020-00279-6" @default.
• W3095897712 hasPublicationYear "2020" @default.
• W3095897712 type Work @default.
• W3095897712 sameAs 3095897712 @default.
• W3095897712 citedByCount "8" @default.
• W3095897712 countsByYear W30958977122021 @default.
• W3095897712 countsByYear W30958977122022 @default.
• W3095897712 countsByYear W30958977122023 @default.
• W3095897712 crossrefType "journal-article" @default.
• W3095897712 hasAuthorship W3095897712A5065116346 @default.
• W3095897712 hasAuthorship W3095897712A5076420501 @default.
• W3095897712 hasBestOaLocation W30958977121 @default.
• W3095897712 hasConcept C121332964 @default.

• next