Add to ORKGHyperfine spectroscopy of positronium formed in the presence of a static magnetic field is considered. Generalising the situation hitherto developed in the literature, the magnetic field is not assumed to be parallel to the momentum of incoming polarised positrons, while the possibility of electron polarisation is also included in the analysis. The results are of application to high sensitivity positron polarimeters used in current $\beta$ decay experiments. Comment: 17 pages (LateX file; no extra macros needed
The process of positron emission tomography has become a valuable medical research tool. This proced...
Spectroscopy is a tool commonly used for the study of the energy levels of a sample. In most applica...
A positronium - a bound state of electron and positron - is an eigenstate of parity and charge conju...
This dissertation describes the development and first use of a new, high efficiency spin polarimeter...
Positronium (Ps) atoms in a magnetic field have their spins precessing about the magnetic field dire...
Magnetised positronium is formed by impacting low energy positrons onto a gas covered target immerse...
The comparison of the magnetic moments of the positron and electron is a definitive test of TCP inva...
A technique for studying paramagnetic defects in insulators or semiconductors acting as positron tra...
A technique for studying paramagnetic defects in insulators or semiconductors acting as positron tra...
Quantum beat oscillations in the 3γ decay of the positronium atom arising from interference between ...
The magnetic quenching of positronium appears experimentally in the reduction of the long lifetime c...
Weakly bound positron–electron pairs have been created in vacuum following low energy positron bomba...
The surface of a magnetic solid is a different physical system from the underlying bulk, and may hav...
The process of positron emission tomography has become a valuable medical research tool. This proced...
Positronium (Ps) is a quasi-stable bound system consisting of an electron and a positron. From the a...
The process of positron emission tomography has become a valuable medical research tool. This proced...
Spectroscopy is a tool commonly used for the study of the energy levels of a sample. In most applica...
A positronium - a bound state of electron and positron - is an eigenstate of parity and charge conju...
This dissertation describes the development and first use of a new, high efficiency spin polarimeter...
Positronium (Ps) atoms in a magnetic field have their spins precessing about the magnetic field dire...
Magnetised positronium is formed by impacting low energy positrons onto a gas covered target immerse...
The comparison of the magnetic moments of the positron and electron is a definitive test of TCP inva...
A technique for studying paramagnetic defects in insulators or semiconductors acting as positron tra...
A technique for studying paramagnetic defects in insulators or semiconductors acting as positron tra...
Quantum beat oscillations in the 3γ decay of the positronium atom arising from interference between ...
The magnetic quenching of positronium appears experimentally in the reduction of the long lifetime c...
Weakly bound positron–electron pairs have been created in vacuum following low energy positron bomba...
The surface of a magnetic solid is a different physical system from the underlying bulk, and may hav...
The process of positron emission tomography has become a valuable medical research tool. This proced...
Positronium (Ps) is a quasi-stable bound system consisting of an electron and a positron. From the a...
The process of positron emission tomography has become a valuable medical research tool. This proced...
Spectroscopy is a tool commonly used for the study of the energy levels of a sample. In most applica...
A positronium - a bound state of electron and positron - is an eigenstate of parity and charge conju...