A method of measuring the polarization of high momentum proton beams is proposed. This method utilizes the Primakoff effect and relates asymmetries at high energy to large asymmetries already measured at low energy. Such a new method is essential for the success of future experiments at energies where present methods are no longer feasible
The electric (αE1) and magnetic (βM1) scalar polarizabilities describe the response of the nucleon t...
AbstractWe study the possibility for directly measuring the polarized gluon distribution in the proc...
A survey of known methods of analyzing the linear polarization of high-energy photons is presented. ...
The scalar dipole polarizabilities, $\alpha_{E1}$ and $\beta_{M1}$, are fundamental properties relat...
The scalar dipole polarizabilities, αE1 and βM1, are fundamental properties related to the internal ...
The authors show how spin light from an undulator can be used to measure the spin polarization of a ...
Nous étudions à SATURNE II une nouvelle méthode pour déterminer la polarisation d'un faisceau de pro...
The electromagnetic form factors of the nucleon characterize the effect of its internal structure on...
Although measurement of a polarization asymmetry is rather easy, the normalization of the measuremen...
The electric (αE1) and magnetic (βM1) scalar polarizabilities describe the response of the nucleon t...
We show how spin light from an undulator can be used to measure the spin polarization of a proton be...
The electric (αE1) and magnetic (βM1) scalar polarizabilities describe the response of the nucleon t...
Polarized nuclear Compton scattering on a proton target provides a test of low energy QCD. The beam-...
The $ \Lambda$ polarization, the analyzing power, and the $ \Lambda$ spin transfer coefficient of th...
A method to measure the longitudinal polarization of an electron beam using synchrotron radiation is...
The electric (αE1) and magnetic (βM1) scalar polarizabilities describe the response of the nucleon t...
AbstractWe study the possibility for directly measuring the polarized gluon distribution in the proc...
A survey of known methods of analyzing the linear polarization of high-energy photons is presented. ...
The scalar dipole polarizabilities, $\alpha_{E1}$ and $\beta_{M1}$, are fundamental properties relat...
The scalar dipole polarizabilities, αE1 and βM1, are fundamental properties related to the internal ...
The authors show how spin light from an undulator can be used to measure the spin polarization of a ...
Nous étudions à SATURNE II une nouvelle méthode pour déterminer la polarisation d'un faisceau de pro...
The electromagnetic form factors of the nucleon characterize the effect of its internal structure on...
Although measurement of a polarization asymmetry is rather easy, the normalization of the measuremen...
The electric (αE1) and magnetic (βM1) scalar polarizabilities describe the response of the nucleon t...
We show how spin light from an undulator can be used to measure the spin polarization of a proton be...
The electric (αE1) and magnetic (βM1) scalar polarizabilities describe the response of the nucleon t...
Polarized nuclear Compton scattering on a proton target provides a test of low energy QCD. The beam-...
The $ \Lambda$ polarization, the analyzing power, and the $ \Lambda$ spin transfer coefficient of th...
A method to measure the longitudinal polarization of an electron beam using synchrotron radiation is...
The electric (αE1) and magnetic (βM1) scalar polarizabilities describe the response of the nucleon t...
AbstractWe study the possibility for directly measuring the polarized gluon distribution in the proc...
A survey of known methods of analyzing the linear polarization of high-energy photons is presented. ...
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