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 ...
8: a) optimum trapped atom number N trap in the 3D-MOT as a function of ...
Atom number loaded in the 3D MOT as a function of the total power of ...
Atom number loaded in the 3D MOT as a function of the total power of ...
Loading of the 3D MOT. (a) Atom number in the 3D MOT as a function of ...
Loading of the 3D MOT. (a) Atom number in the 3D MOT as a function of ...
Loading of the 3D MOT. (a) Atom number in the 3D MOT as a function of ...
Loading of the 3D MOT. (a) Atom number in the 3D MOT as a function of ...
Loading of the 3D MOT. (a) Atom number in the 3D MOT as a function of ...
Loading of the 3D MOT. (a) Atom number in the 3D MOT as a function of ...
Atom number loaded in the 3D MOT as a function of the total power of ...
Atom number loaded in the 3D MOT as a function of the total power of ...
Atom number as a function of trapping time in the interrogation trap ...
Atom number as a function of trapping time in the interrogation trap ...
Steady-state atom number in the optical trap as a function of minimum ...
Steady-state atom number in the optical trap as a function of minimum ...
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 ...
The atom number N in the condensate as a function of a for two traps ...
The atom number N in the condensate as a function of a for two traps ...
(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 dipole trapped atoms as a function of the effective trap ...
Number of dipole trapped atoms as a function of the effective trap ...
(a) Atom number as a function of the holding time in the trap, for a ...
(a) Atom number as a function of the holding time in the trap, for 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 ...
(Left) Relative variation of the trapped ⁸⁵Rb atom number as a function ...
(Left) Relative variation of the trapped ⁸⁵Rb atom number as a function ...
Trapped atom number as a function of beam power compared to predictions ...
Trapped atom number as a function of beam power compared to predictions ...
The total number of trapped electrons (N trap ) is plotted as a ...
The total number of trapped electrons (N trap ) is plotted as a ...
The total number of trapped electrons (N trap ) is plotted as a ...
The total number of trapped electrons (N trap ) is plotted as a ...
τB of a trapped atom near a superconducting bulk as a function of the ...
τB of a trapped atom near a superconducting bulk as a function of the ...
Lifetime τ of the trapped atom as a function of the atom-surface ...
Lifetime τ of the trapped atom as a function of the atom-surface ...
Normalized trapped atom number as a function of time at two different ...
Normalized trapped atom number as a function of time at two different ...
(a) The atom number of a magnetic trap in one experiment in the network ...
(a) The atom number of a magnetic trap in one experiment in the network ...
(a) Trapping energy per He atom as a function of the number of He atoms ...
(a) Trapping energy per He atom as a function of the number of He atoms ...
(Top) Relative variation in the number of trapped ⁸⁵Rb atoms as a ...
(Top) Relative variation in the number of trapped ⁸⁵Rb atoms as a ...
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 ...
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 ...
B of a trapped atom near a superconducting bulk as a function of ...
B of a trapped atom near a superconducting bulk 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 ...
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 ...
A trapped atom-ion system. O is the center of the atom trap which is ...
A trapped atom-ion system. O is the center of the atom trap which is ...
Loading rate 3D-MOT as a function of the mostprobable velocity αz in ...
Loading rate 3D-MOT as a function of the mostprobable velocity αz in ...
Optical thickness of the MOT versus number of trapped atoms. The atom ...
Optical thickness of the MOT versus number of trapped atoms. The atom ...
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 ...
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 ...
MOT atom number versus 1/e loading time τ in the case of unmodulated ...
MOT atom number versus 1/e loading time τ in the case of unmodulated ...
Variation in the number of atoms trapped in optical dipole trap with ...
Variation in the number of atoms trapped in optical dipole trap with ...

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