Abstract
Many applications use uniform magnetic fields to deflect charged particles into accurately known orbits. It is shown that particles with a magnetic dipole moment will also suffer an anomalous deflection in such fields if their energy is higher than a certain threshold. The closeness of the electron`s g-factor to 2 leads to a sizeable decrease in its threshold energy, to such an extent that the effect could play a significant role in current high-energy accelerators. 18 refs.
Citation Formats
Costella, J P, and McKellar, B H.J.
Electromagnetic deflection of spinning particles.
Australia: N. p.,
1991.
Web.
Costella, J P, & McKellar, B H.J.
Electromagnetic deflection of spinning particles.
Australia.
Costella, J P, and McKellar, B H.J.
1991.
"Electromagnetic deflection of spinning particles."
Australia.
@misc{etde_10108778,
title = {Electromagnetic deflection of spinning particles}
author = {Costella, J P, and McKellar, B H.J.}
abstractNote = {Many applications use uniform magnetic fields to deflect charged particles into accurately known orbits. It is shown that particles with a magnetic dipole moment will also suffer an anomalous deflection in such fields if their energy is higher than a certain threshold. The closeness of the electron`s g-factor to 2 leads to a sizeable decrease in its threshold energy, to such an extent that the effect could play a significant role in current high-energy accelerators. 18 refs.}
place = {Australia}
year = {1991}
month = {Sep}
}
title = {Electromagnetic deflection of spinning particles}
author = {Costella, J P, and McKellar, B H.J.}
abstractNote = {Many applications use uniform magnetic fields to deflect charged particles into accurately known orbits. It is shown that particles with a magnetic dipole moment will also suffer an anomalous deflection in such fields if their energy is higher than a certain threshold. The closeness of the electron`s g-factor to 2 leads to a sizeable decrease in its threshold energy, to such an extent that the effect could play a significant role in current high-energy accelerators. 18 refs.}
place = {Australia}
year = {1991}
month = {Sep}
}