Evaluation of the ultimate performances of a Ca+ single-ion frequency standard
Physics Letters A, 2004 - Elsevier
The frequency stability of an optical frequency standard at 729 nm, based on a single
calcium ion, is numerically studied. It is investigated through the Allan deviation, whose …
calcium ion, is numerically studied. It is investigated through the Allan deviation, whose …
Evaluation of the ultimate performances of a Ca+ single-ion frequency standard
C Champenois, M Houssin, C Lisowski… - arXiv preprint physics …, 2003 - arxiv.org
We numerically evaluate the expected performances of an optical frequency standard at 729
nm based on a single calcium ion. The frequency stability is studied through the Allan …
nm based on a single calcium ion. The frequency stability is studied through the Allan …
Evaluation of the ultimate performances of a Ca+ single-ion frequency standard
C Champenois, M Houssin, C Lisowski, M Knoop… - Physics Letters …, 2004 - inis.iaea.org
[en] The frequency stability of an optical frequency standard at 729 nm, based on a single
calcium ion, is numerically studied. It is investigated through the Allan deviation, whose …
calcium ion, is numerically studied. It is investigated through the Allan deviation, whose …
[PDF][PDF] Evaluation of the ultimate performances of a Ca single-ion frequency standard
C Champenois, M Houssin, C Lisowski, M Knoop… - arXiv preprint physics … - academia.edu
We numerically evaluate the expected performances of an optical frequency standard at 729
nm based on a single calcium ion. The frequency stability is studied through the Allan …
nm based on a single calcium ion. The frequency stability is studied through the Allan …
[PDF][PDF] Evaluation of the ultimate performances of a Ca+ single-ion frequency standard
C Champenois, M Houssin, C Lisowski, M Knoop… - core.ac.uk
We numerically evaluate the expected performances of an optical frequency standard at 729
nm based on a single calcium ion. The frequency stability is studied through the Allan …
nm based on a single calcium ion. The frequency stability is studied through the Allan …
[引用][C] Evaluation of the ultimate performances of a Ca+ single-ion frequency standard
C Champenois, M Houssin, C Lisowski, M Knoop… - Physics Letters A, 2004 - cir.nii.ac.jp
[PDF][PDF] Evaluation of the ultimate performances of a Ca+ single-ion frequency standard
C Champenois, M Houssin, C Lisowski, M Knoop… - hal.science
We numerically evaluate the expected performances of an optical frequency standard at 729
nm based on a single calcium ion. The frequency stability is studied through the Allan …
nm based on a single calcium ion. The frequency stability is studied through the Allan …
Evaluation of the ultimate performances of a Ca {sup+} single-ion frequency standard
C Champenois, M Houssin, C Lisowski, M Knoop… - Physics Letters. A, 2004 - osti.gov
The frequency stability of an optical frequency standard at 729 nm, based on a single
calcium ion, is numerically studied. It is investigated through the Allan deviation, whose …
calcium ion, is numerically studied. It is investigated through the Allan deviation, whose …
Evaluation of the ultimate performances of a Ca + single-ion frequency standard
C Champenois, M Houssin, C Lisowski… - Physics …, 2004 - ui.adsabs.harvard.edu
The frequency stability of an optical frequency standard at 729 nm, based on a single
calcium ion, is numerically studied. It is investigated through the Allan deviation, whose …
calcium ion, is numerically studied. It is investigated through the Allan deviation, whose …
Evaluation of the ultimate performances of a Ca+ single-ion frequency standard
C Champenois, M Houssin, C Lisowski, M Knoop… - Physics Letters A, 2004 - infona.pl
The frequency stability of an optical frequency standard at 729 nm, based on a single
calcium ion, is numerically studied. It is investigated through the Allan deviation, whose …
calcium ion, is numerically studied. It is investigated through the Allan deviation, whose …