Search results for "inelastic"

showing 10 items of 700 documents

"Table 8" of "Collins and Sivers asymmetries for pions and kaons in muon-deuteron DIS"

2008

The Collins and Sivers asymmetry as a function of PT for 'ALL' positive kaons from the 2003-2004 data.. Errors are statistical only.

MU+ DEUT --> MU+ K+ XInclusiveStrange productionAsymmetry MeasurementNeutral CurrentDeep Inelastic ScatteringMuon productionASYM
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"Table 23" of "Collins and Sivers asymmetries for pions and kaons in muon-deuteron DIS"

2008

The Collins and Sivers asymmetry as a function of PT for 'LEADING' positivekaons from the 2003-2004 data.. Errors are statistical only.

MU+ DEUT --> MU+ K+ XInclusiveStrange productionAsymmetry MeasurementNeutral CurrentDeep Inelastic ScatteringMuon productionASYM
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"Table 24" of "Collins and Sivers asymmetries for pions and kaons in muon-deuteron DIS"

2008

The Collins and Sivers asymmetry as a function of Z for 'LEADING' positive kaons from the 2003-2004 data.. Errors are statistical only.

MU+ DEUT --> MU+ K+ XInclusiveStrange productionAsymmetry MeasurementNuclear TheoryNeutral CurrentDeep Inelastic ScatteringComputer Science::Symbolic ComputationHigh Energy Physics::ExperimentNuclear ExperimentMuon productionASYM
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"Table 22" of "Collins and Sivers asymmetries for pions and kaons in muon-deuteron DIS"

2008

The Collins and Sivers asymmetry as a function of X for 'LEADING' positive kaons from the 2003-2004 data.. Errors are statistical only.

MU+ DEUT --> MU+ K+ XInclusiveStrange productionAsymmetry MeasurementNuclear TheoryNeutral CurrentDeep Inelastic ScatteringComputer Science::Symbolic ComputationHigh Energy Physics::ExperimentNuclear ExperimentMuon productionASYM
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"Table 9" of "Collins and Sivers asymmetries for pions and kaons in muon-deuteron DIS"

2008

The Collins and Sivers asymmetry as a function of Z for 'ALL' positive kaons from the 2003-2004 data.. Errors are statistical only.

MU+ DEUT --> MU+ K+ XInclusiveStrange productionAsymmetry MeasurementNuclear TheoryNeutral CurrentDeep Inelastic ScatteringComputer Science::Symbolic ComputationHigh Energy Physics::ExperimentNuclear ExperimentMuon productionASYM
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"Table 4" of "The A dependence of the nuclear structure function ratios"

1997

Additional normalisation error of 0.002 in the ratio.

MU- FE --> MU- XMU+ FE --> MU+ XF2InclusiveMU- C --> MU- XMU+ C --> MU+ XStructure FunctionNeutral CurrentDeep Inelastic ScatteringMU+ NUCLEUS --> MU+ XMU- NUCLEUS --> MU- XMuon production
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"Table 2" of "The spin-dependent structure function g1(x) of the proton from polarized deep-inelastic muon scattering."

1998

The virtual photon proton asymmetries A1 and the spin dependent structure function G1.

MU- P --> MU- X18.903Deep Inelastic ScatteringMU+ P --> MU+ XMuon productionInclusiveAsymmetry MeasurementSpin Dependent Structure FunctionG1Neutral CurrentHigh Energy Physics::ExperimentCondensed Matter::Strongly Correlated ElectronsNuclear ExperimentASYM
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"Table 1" of "The spin-dependent structure function g1(x) of the proton from polarized deep-inelastic muon scattering."

1998

The virtual photon proton asymmetries. Only statistical errors are given.

MU- P --> MU- X18.903Nuclear TheoryVirtual Photon AsymmetryDeep Inelastic ScatteringPhysics::OpticsMU+ P --> MU+ XMuon productionInclusiveNeutral CurrentPhysics::Accelerator PhysicsHigh Energy Physics::ExperimentNuclear ExperimentA1
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Magnetic properties of some rare‐earth magnesium compounds RMg2

1981

The magnetic properties of the compounds PrMg2, NdMg2, DyMg2, and ErMg2 were studied by means of neutron diffraction at various temperatures. All these compounds give rise to ferromagnetic ordering. The absolute values of the magnetic moments in the magnetically ordered state are lower than the free‐ion values. Inelastic neutron scattering at several temperatures was studied in PrMg2 and NdMg2. Analysis of the scattering data in conjunction with the results of specific‐heat and magnetization measurements shows that PrMg2 is an induced‐moment system (G3 ground state), where quadrupolar effects carry a large weight in determining the magnetic properties. The values found for the crystal‐field…

MagnetizationNuclear magnetic resonanceFerromagnetismCondensed matter physicsMagnetic momentScatteringChemistryNeutron diffractionGeneral Physics and AstronomyNeutronGround stateInelastic neutron scatteringJournal of Applied Physics
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Comparison of neutron and X-ray scattering of dilute myoglobin solutions.

1975

Experimental results obtained by neutron scattering of dilute solutions of myoglobin are compared with those obtained by X-ray scattering. X-ray scattering remains the more powerful technique at wider angles above 0.3 A−1, where neutron experiments are less accurate because of low coherent scattering probability and high incoherent background. Neutron scattering is preferable at momentum transfers below 0.2 A−1; the conditions for applying the contrast variation method for the evaluation of the three basic scattering functions, which are due to shape and internal structure, equation (3), are ideally fulfilled in this region. Furthermore, neutrons allow observation of the hydrogen-deuterium …

MaleProtein ConformationAstrophysics::High Energy Astrophysical PhenomenaNeutron scatteringInelastic scatteringOpticsStructural BiologyMethodsAnimalsScattering RadiationMolecular BiologyPhysicsNeutronsQuasielastic scatteringScatteringbusiness.industryMyoglobinX-RaysWhalesDeuteriumSmall-angle neutron scatteringComputational physicsQuasielastic neutron scatteringScattering theoryBiological small-angle scatteringbusinessMathematicsJournal of molecular biology
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