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- W2972421321 abstract "The excitation of atomic nuclei via magnetic dipole transitions is closely related to the inelastic neutral-current neutrino-nucleus (NC-$ensuremath{nu}mathrm{A}$) scattering process due to the similarity of the transition operators. NC-$ensuremath{nu}mathrm{A}$-scattering serves for the detection of supernova neutrinos and poses a significant source of background in modern liquid-argon based high-energy neutrino detection experiments. To enable tests of the reliability of predictions for neutrino-nucleus scattering, the magnetic dipole response of $^{40}mathrm{Ar}$ below 7.7 MeV was characterized in a nuclear resonance fluorescence experiment using quasimonoenergetic $ensuremath{gamma}$-ray beams. The linear polarization of the beams allowed for assignments of electric or magnetic character to previously known dipole excitations. A total magnetic dipole strength of $0.{36}_{ensuremath{-}0.05}^{+0.04}phantom{rule{4pt}{0ex}}{ensuremath{mu}}_{N}^{2}$ was identified in the energy range of the present experiment. Combined with data from previous measurements, the full magnetic dipole strength of $^{40}mathrm{Ar}$ below the neutron separation threshold was investigated. Due to the low background in the energy range within the bandwidth of the $ensuremath{gamma}$-ray beams, the previous sensitivity limit was improved. A large-scale nuclear shell model calculation in the $sdtext{ensuremath{-}}fp$ space satisfactorily agrees with the data in terms of excitation energies and strengths of the observed ${1}^{+}$ states." @default.
- W2972421321 created "2019-09-19" @default.
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- W2972421321 date "2019-09-09" @default.
- W2972421321 modified "2023-10-16" @default.
- W2972421321 title "Experimental <mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:mrow><mml:mi>M</mml:mi><mml:mn>1</mml:mn></mml:mrow></mml:math> response of <mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:mmultiscripts><mml:mi>Ar</mml:mi><mml:mprescripts /><mml:none /><mml:mn>40</mml:mn></mml:mmultiscripts></mml:math> as a benchmark for neutrino-nucleus scattering calculations" @default.
- W2972421321 cites W1538237480 @default.
- W2972421321 cites W1556850973 @default.
- W2972421321 cites W1561661461 @default.
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- W2972421321 cites W1874062863 @default.
- W2972421321 cites W1966015600 @default.
- W2972421321 cites W1971074634 @default.
- W2972421321 cites W1973663798 @default.
- W2972421321 cites W1981244505 @default.
- W2972421321 cites W1983312551 @default.
- W2972421321 cites W1984796831 @default.
- W2972421321 cites W1987335103 @default.
- W2972421321 cites W1990869665 @default.
- W2972421321 cites W1991624428 @default.
- W2972421321 cites W1993785310 @default.
- W2972421321 cites W1997843111 @default.
- W2972421321 cites W1998974654 @default.
- W2972421321 cites W1999659474 @default.
- W2972421321 cites W2003801770 @default.
- W2972421321 cites W2006182396 @default.
- W2972421321 cites W2007831282 @default.
- W2972421321 cites W2012801122 @default.
- W2972421321 cites W2016289708 @default.
- W2972421321 cites W2025394631 @default.
- W2972421321 cites W2027716848 @default.
- W2972421321 cites W2030491499 @default.
- W2972421321 cites W2034077607 @default.
- W2972421321 cites W2036286795 @default.
- W2972421321 cites W2048114627 @default.
- W2972421321 cites W2048475953 @default.
- W2972421321 cites W2049578466 @default.
- W2972421321 cites W2058259235 @default.
- W2972421321 cites W2064365774 @default.
- W2972421321 cites W2066217039 @default.
- W2972421321 cites W2075132190 @default.
- W2972421321 cites W2076494968 @default.
- W2972421321 cites W2088125626 @default.
- W2972421321 cites W2094657280 @default.
- W2972421321 cites W2095426959 @default.
- W2972421321 cites W2097243123 @default.
- W2972421321 cites W2112411687 @default.
- W2972421321 cites W2128158076 @default.
- W2972421321 cites W2128881154 @default.
- W2972421321 cites W2129751781 @default.
- W2972421321 cites W2134400270 @default.
- W2972421321 cites W2146763631 @default.
- W2972421321 cites W2164072260 @default.
- W2972421321 cites W2193072848 @default.
- W2972421321 cites W2226651095 @default.
- W2972421321 cites W22287753 @default.
- W2972421321 cites W2245321189 @default.
- W2972421321 cites W2278662481 @default.
- W2972421321 cites W2323248184 @default.
- W2972421321 cites W2326255687 @default.
- W2972421321 cites W2523812903 @default.
- W2972421321 cites W2524382009 @default.
- W2972421321 cites W2579983429 @default.
- W2972421321 cites W2581122289 @default.
- W2972421321 cites W2589088137 @default.
- W2972421321 cites W2604017826 @default.
- W2972421321 cites W2608986413 @default.
- W2972421321 cites W2737334550 @default.
- W2972421321 cites W2771850769 @default.
- W2972421321 cites W2791115338 @default.
- W2972421321 cites W2804508109 @default.
- W2972421321 cites W2901047643 @default.
- W2972421321 cites W2901522983 @default.
- W2972421321 cites W2910533060 @default.
- W2972421321 cites W2918011602 @default.
- W2972421321 cites W2926253567 @default.
- W2972421321 cites W29641170 @default.
- W2972421321 cites W3048228670 @default.
- W2972421321 cites W3102933726 @default.
- W2972421321 cites W4211071226 @default.
- W2972421321 cites W4298202424 @default.
- W2972421321 cites W4321361305 @default.
- W2972421321 cites W4368084998 @default.
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- W2972421321 doi "https://doi.org/10.1103/physrevc.100.034305" @default.
- W2972421321 hasPublicationYear "2019" @default.
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