Abstract
Optical pumping of the metastable states of magnesium was conducted in a thermal atomic beam with the use of coherent radiation in P3(3s3p)-S3(3s4s) visible transition resonance. The application of this technique allowed the experimental demonstration of the possibility of immediately increasing the short term stability of the sample by one order of size and then by two orders of size in a subsequent phase. This appears to suggest the feasibility of a magnesium 24 frequency sample with which an accuracy comparable with that of cesium 133 can be obtained and whose stability approaches that of maser-H.
Citation Formats
Godone, A.
Magnesium atomic beam frequency standard with optical pumping; Campione di frequenza a fascio di Mg con pompa ottica.
Italy: N. p.,
1990.
Web.
Godone, A.
Magnesium atomic beam frequency standard with optical pumping; Campione di frequenza a fascio di Mg con pompa ottica.
Italy.
Godone, A.
1990.
"Magnesium atomic beam frequency standard with optical pumping; Campione di frequenza a fascio di Mg con pompa ottica."
Italy.
@misc{etde_10141887,
title = {Magnesium atomic beam frequency standard with optical pumping; Campione di frequenza a fascio di Mg con pompa ottica}
author = {Godone, A}
abstractNote = {Optical pumping of the metastable states of magnesium was conducted in a thermal atomic beam with the use of coherent radiation in P3(3s3p)-S3(3s4s) visible transition resonance. The application of this technique allowed the experimental demonstration of the possibility of immediately increasing the short term stability of the sample by one order of size and then by two orders of size in a subsequent phase. This appears to suggest the feasibility of a magnesium 24 frequency sample with which an accuracy comparable with that of cesium 133 can be obtained and whose stability approaches that of maser-H.}
place = {Italy}
year = {1990}
month = {Dec}
}
title = {Magnesium atomic beam frequency standard with optical pumping; Campione di frequenza a fascio di Mg con pompa ottica}
author = {Godone, A}
abstractNote = {Optical pumping of the metastable states of magnesium was conducted in a thermal atomic beam with the use of coherent radiation in P3(3s3p)-S3(3s4s) visible transition resonance. The application of this technique allowed the experimental demonstration of the possibility of immediately increasing the short term stability of the sample by one order of size and then by two orders of size in a subsequent phase. This appears to suggest the feasibility of a magnesium 24 frequency sample with which an accuracy comparable with that of cesium 133 can be obtained and whose stability approaches that of maser-H.}
place = {Italy}
year = {1990}
month = {Dec}
}