Results 211 to 220 of about 1,763,432 (252)
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Nuclear Physics A, 2010
Abstract Muon capture in hydrogen is a basic charged-current electroweak process. Historically, it played an essential role in establishing the structure of the weak interactions. More recently, the connection between nucleon and even few-nucleon observables at low energies and fundamental QCD has been elucidated within effective field theories. Muon
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Abstract Muon capture in hydrogen is a basic charged-current electroweak process. Historically, it played an essential role in establishing the structure of the weak interactions. More recently, the connection between nucleon and even few-nucleon observables at low energies and fundamental QCD has been elucidated within effective field theories. Muon
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Radiation Effects, 1976
Abstract The Coulomb capture of muons accompanied by Auger electron emission has been calculated by treating the process as internal conversion of El γ radiation. Emission of K, LI, LII, LIII, MI and NI electrons was investigated, and emission of elections from the other M and N subshells was considered in a very rough manner.
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Abstract The Coulomb capture of muons accompanied by Auger electron emission has been calculated by treating the process as internal conversion of El γ radiation. Emission of K, LI, LII, LIII, MI and NI electrons was investigated, and emission of elections from the other M and N subshells was considered in a very rough manner.
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1977
Considering the number of contributions to this session from rather disconnected fields it seemed appropriate to introduce it by a general overview of the different problems raised by the muon-nucleus interaction. Following is a summary of this overview.
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Considering the number of contributions to this session from rather disconnected fields it seemed appropriate to introduce it by a general overview of the different problems raised by the muon-nucleus interaction. Following is a summary of this overview.
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Per atom muon capture ratios and effects of molecular structure on muon capture by γ-Fe2O3 and Fe3O4
Journal of Radioanalytical and Nuclear Chemistry, 2020K. Ninomiya +7 more
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Leading hadronic contribution to the muon magnetic moment from lattice QCD
Nature, 2021Sz Borsanyi +2 more
exaly
1977
New developments in the field of nuclear muon capture are reported, with a discussion on the physics relevant for weak interaction theory and nuclear structure studies.
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New developments in the field of nuclear muon capture are reported, with a discussion on the physics relevant for weak interaction theory and nuclear structure studies.
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2009
A measurement has been made of the angular correlation of the neutrino with a specific nuclear de-excitation γ-ray following exclusive muon capture on ²⁸Si , in order to determine the size of the induced-pseudoscalar coupling constant gp of the weak hadronic current. The correlation is observed via the Doppler-broadened line shape of the 1229 keV ²⁸ Al
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A measurement has been made of the angular correlation of the neutrino with a specific nuclear de-excitation γ-ray following exclusive muon capture on ²⁸Si , in order to determine the size of the induced-pseudoscalar coupling constant gp of the weak hadronic current. The correlation is observed via the Doppler-broadened line shape of the 1229 keV ²⁸ Al
openaire +1 more source