Matches in SemOpenAlex for { <https://semopenalex.org/work/W1565913655> ?p ?o ?g. }
- W1565913655 abstract "Nuclear responses to energy spectra of supernova (SN) neutrinos are studied by folding original $ensuremath{nu}$-nucleus cross sections calculated in the context of the quasiparticle random-phase approximation using realistic two-body forces. To this purpose, we employ two-parameter neutrino-energy distributions of Fermi-Dirac and power-law shapes for various SN neutrino scenarios. As concrete examples of promising neutrino detectors we have chosen the ${}^{64,66}$Zn isotopes, contents of (i) the semiconductor CdZnTe (COBRA experiment) and (ii) the crystal scintillators ZnMoO${}_{4}$ and ZnWO${}_{4}$. These materials are quite advantageous for measuring double-$ensuremath{beta}$-decay events and for potential use in studying current neutrino physics issues. We concentrate on the evaluation of folded differential cross sections, ${[densuremath{sigma}(ensuremath{omega})/densuremath{omega}]}_{mathrm{fold}}$, and flux-averaged cumulative cross sections, ${[densuremath{sigma}(ensuremath{omega})/densuremath{omega}]}_{mathrm{fold}}^{mathrm{cum}}$, as well as total cross sections, $ensuremath{langle}{ensuremath{sigma}}_{mathrm{tot}}ensuremath{rangle}$, of the above Zn isotopes by adopting several realistic SN neutrino models parametrized by the neutrino temperature or the mean neutrino energy and the width of the aforementioned distributions." @default.
- W1565913655 created "2016-06-24" @default.
- W1565913655 creator A5006372063 @default.
- W1565913655 creator A5078013664 @default.
- W1565913655 date "2012-10-17" @default.
- W1565913655 modified "2023-10-17" @default.
- W1565913655 title "Nuclear responses of<mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML display=inline><mml:msup><mml:mrow /><mml:mrow><mml:mn>64</mml:mn><mml:mo>,</mml:mo><mml:mn>66</mml:mn></mml:mrow></mml:msup></mml:math>Zn isotopes to supernova neutrinos" @default.
- W1565913655 cites W1246123121 @default.
- W1565913655 cites W1541026655 @default.
- W1565913655 cites W1561196068 @default.
- W1565913655 cites W1567732617 @default.
- W1565913655 cites W1579740687 @default.
- W1565913655 cites W1585995808 @default.
- W1565913655 cites W1608085085 @default.
- W1565913655 cites W1653382869 @default.
- W1565913655 cites W1654190807 @default.
- W1565913655 cites W1678443273 @default.
- W1565913655 cites W1761600608 @default.
- W1565913655 cites W1966598151 @default.
- W1565913655 cites W1969379463 @default.
- W1565913655 cites W1971150356 @default.
- W1565913655 cites W1971535106 @default.
- W1565913655 cites W1972799127 @default.
- W1565913655 cites W1975118035 @default.
- W1565913655 cites W1976511481 @default.
- W1565913655 cites W1988090704 @default.
- W1565913655 cites W1989962000 @default.
- W1565913655 cites W1990364159 @default.
- W1565913655 cites W1991940532 @default.
- W1565913655 cites W1993660694 @default.
- W1565913655 cites W1995177530 @default.
- W1565913655 cites W1995658448 @default.
- W1565913655 cites W1999401436 @default.
- W1565913655 cites W2008540945 @default.
- W1565913655 cites W2010607464 @default.
- W1565913655 cites W2019939175 @default.
- W1565913655 cites W2021324294 @default.
- W1565913655 cites W2025563994 @default.
- W1565913655 cites W2025984430 @default.
- W1565913655 cites W2026710423 @default.
- W1565913655 cites W2031024732 @default.
- W1565913655 cites W2033402249 @default.
- W1565913655 cites W2044624899 @default.
- W1565913655 cites W2046001364 @default.
- W1565913655 cites W2047503432 @default.
- W1565913655 cites W2050907471 @default.
- W1565913655 cites W2057190128 @default.
- W1565913655 cites W2058786406 @default.
- W1565913655 cites W2062240888 @default.
- W1565913655 cites W2063243954 @default.
- W1565913655 cites W2064148431 @default.
- W1565913655 cites W2064244260 @default.
- W1565913655 cites W2064994372 @default.
- W1565913655 cites W2065347979 @default.
- W1565913655 cites W2065654425 @default.
- W1565913655 cites W2068899376 @default.
- W1565913655 cites W2078161124 @default.
- W1565913655 cites W2079271091 @default.
- W1565913655 cites W2084471097 @default.
- W1565913655 cites W2086950645 @default.
- W1565913655 cites W2088217075 @default.
- W1565913655 cites W2091337561 @default.
- W1565913655 cites W2093079365 @default.
- W1565913655 cites W2094374172 @default.
- W1565913655 cites W2097656204 @default.
- W1565913655 cites W2100404966 @default.
- W1565913655 cites W2114378522 @default.
- W1565913655 cites W2115664936 @default.
- W1565913655 cites W2123691004 @default.
- W1565913655 cites W2127732893 @default.
- W1565913655 cites W2129815501 @default.
- W1565913655 cites W2131096747 @default.
- W1565913655 cites W2144092614 @default.
- W1565913655 cites W2151247092 @default.
- W1565913655 cites W2158556312 @default.
- W1565913655 cites W2316682486 @default.
- W1565913655 cites W2571909096 @default.
- W1565913655 cites W2951043341 @default.
- W1565913655 cites W3099461880 @default.
- W1565913655 cites W3123572602 @default.
- W1565913655 doi "https://doi.org/10.1103/physrevc.86.044618" @default.
- W1565913655 hasPublicationYear "2012" @default.
- W1565913655 type Work @default.
- W1565913655 sameAs 1565913655 @default.
- W1565913655 citedByCount "17" @default.
- W1565913655 countsByYear W15659136552013 @default.
- W1565913655 countsByYear W15659136552015 @default.
- W1565913655 countsByYear W15659136552016 @default.
- W1565913655 countsByYear W15659136552017 @default.
- W1565913655 countsByYear W15659136552019 @default.
- W1565913655 countsByYear W15659136552020 @default.
- W1565913655 countsByYear W15659136552021 @default.
- W1565913655 countsByYear W15659136552022 @default.
- W1565913655 countsByYear W15659136552023 @default.
- W1565913655 crossrefType "journal-article" @default.
- W1565913655 hasAuthorship W1565913655A5006372063 @default.
- W1565913655 hasAuthorship W1565913655A5078013664 @default.
- W1565913655 hasConcept C109214941 @default.
- W1565913655 hasConcept C121332964 @default.
- W1565913655 hasConcept C138309006 @default.