Number Of Trapped Cs Atoms In The Cenams Mot As A Function Of Laser

Number of trapped Cs atoms in the CENAMs MOT as a function of laser ...
Number of trapped Cs atoms in the CENAMs MOT as a function of laser ...
Variation of the number of trapped atoms in the MOT as a function of ...
Variation of the number of trapped atoms in the MOT as a function of ...
Theoretical curves for the number of trapped atoms as a function of ...
Theoretical curves for the number of trapped atoms as a function of ...
Number of atoms is shown as a function of (a) 420 nm MOT laser detuning ...
Number of atoms is shown as a function of (a) 420 nm MOT laser detuning ...
(Top) Relative variation in the number of trapped ⁸⁵Rb atoms as a ...
(Top) Relative variation in the number of trapped ⁸⁵Rb atoms as a ...
(Top) Relative variation in the number of trapped ⁸⁵Rb atoms as a ...
(Top) Relative variation in the number of trapped ⁸⁵Rb atoms as a ...
8: a) optimum trapped atom number N trap in the 3D-MOT as a function of ...
8: a) optimum trapped atom number N trap in the 3D-MOT as a function of ...
The number of trapped atoms for the vortex-MOT is measured as a ...
The number of trapped atoms for the vortex-MOT is measured as a ...
(Left) Relative variation of the trapped ⁸⁵Rb atom number as a function ...
(Left) Relative variation of the trapped ⁸⁵Rb atom number as a function ...
The number of optical trapped Rb (a) and Cs (b) atoms in the holding ...
The number of optical trapped Rb (a) and Cs (b) atoms in the holding ...
(Left) Relative variation of the trapped ⁸⁵Rb atom number as a function ...
(Left) Relative variation of the trapped ⁸⁵Rb atom number as a function ...
Number of trapped atoms in the 3D MOT vs the cooling light frequency ...
Number of trapped atoms in the 3D MOT vs the cooling light frequency ...
(Left) Relative variation of the trapped ⁸⁵Rb atom number as a function ...
(Left) Relative variation of the trapped ⁸⁵Rb atom number as a function ...
(Left) Relative variation of the trapped ⁸⁵Rb atom number as a function ...
(Left) Relative variation of the trapped ⁸⁵Rb atom number as a function ...
MOT fluorescence of Ca isotopes as a function of the trap laser ...
MOT fluorescence of Ca isotopes as a function of the trap laser ...
Number of atoms captured in the (a) 39 K-MOT (b) 23 Na-MOT as a ...
Number of atoms captured in the (a) 39 K-MOT (b) 23 Na-MOT as a ...
Trapped atom number as a function of beam power compared to predictions ...
Trapped atom number as a function of beam power compared to predictions ...
-In a) the number N of trapped Cs atoms and Rb data, scaled for the ...
-In a) the number N of trapped Cs atoms and Rb data, scaled for the ...
-In a) the number N of trapped Cs atoms and Rb data, scaled for the ...
-In a) the number N of trapped Cs atoms and Rb data, scaled for the ...
(Color online) The peak fluorescence of Cs atoms trapped in the type-II ...
(Color online) The peak fluorescence of Cs atoms trapped in the type-II ...
Normalized trapped atom number as a function of time at two different ...
Normalized trapped atom number as a function of time at two different ...
(Color online) The peak fluorescence of Cs atoms trapped in the type-II ...
(Color online) The peak fluorescence of Cs atoms trapped in the type-II ...
(color online). Peak fluorescence of trapped atoms in the two-color MOT ...
(color online). Peak fluorescence of trapped atoms in the two-color MOT ...
Fluorescence of trapped atoms as a function of microwave power per ...
Fluorescence of trapped atoms as a function of microwave power per ...
(a) Loading coefficient L(at/s) as a function of the MOT beam detuning ...
(a) Loading coefficient L(at/s) as a function of the MOT beam detuning ...
MOT peak density n 0 versus number of trapped atoms. The atom number is ...
MOT peak density n 0 versus number of trapped atoms. The atom number is ...
(Color online) Dynamics of the Cs MOT depending on the number of Rb ...
(Color online) Dynamics of the Cs MOT depending on the number of Rb ...
Percentage of atoms in the atomic beam that can be trapped by the ...
Percentage of atoms in the atomic beam that can be trapped by the ...
(color online) Fluorescence images of trapped atoms in the 3D MOT. The ...
(color online) Fluorescence images of trapped atoms in the 3D MOT. The ...
Percentage of atoms in the atomic beam that can be trapped by the 556 ...
Percentage of atoms in the atomic beam that can be trapped by the 556 ...
MOT size versus number of trapped atoms. The atom number is changed via ...
MOT size versus number of trapped atoms. The atom number is changed via ...
Inset: Normalized number of trapped atoms measured after a variable ...
Inset: Normalized number of trapped atoms measured after a variable ...
Fluorescence images of (a) atoms in the B-MOT, (b) magnetically trapped ...
Fluorescence images of (a) atoms in the B-MOT, (b) magnetically trapped ...
Temporal evolution of the number of trapped lithium and cesium atoms ...
Temporal evolution of the number of trapped lithium and cesium atoms ...
MOT size versus number of trapped atoms. The atom number is changed via ...
MOT size versus number of trapped atoms. The atom number is changed via ...
(Color online) Dynamics of the Cs MOT depending on the number of Rb ...
(Color online) Dynamics of the Cs MOT depending on the number of Rb ...

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