Atom Number As A Function Of Trapping Time In The Interrogation Trap

Atom number as a function of trapping time in the interrogation trap ...
Atom number as a function of trapping time in the interrogation trap ...
Atom number as a function of trapping time in the interrogation trap ...
Atom number as a function of trapping time in the interrogation trap ...
Atom number as a function of trapping time in the interrogation trap ...
Atom number as a function of trapping time in the interrogation 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 ...
Measurement of the atom number as a function of time in a 6 Er deep 1D ...
Measurement of the atom number as a function of time in a 6 Er deep 1D ...
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 ...
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 ...
Number as a function of time in the tight magnetic trap (no 2D ...
Number as a function of time in the tight magnetic trap (no 2D ...
A demonstration of trapping time increase as a function of atom number ...
A demonstration of trapping time increase as a function of atom number ...
Number of trapped atoms in the dipole trap as a function of: (a ...
Number of trapped atoms in the dipole trap as a function of: (a ...
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 ...
Loss of atoms from the axicon trap as a function of trapping time ...
Loss of atoms from the axicon trap as a function of trapping time ...
Trapping energy for He atom as a function of the number of He atoms ...
Trapping energy for He atom as a function of the number of He atoms ...
Number of trapped atoms in the dipole trap as a function of: (a ...
Number of trapped atoms in the dipole trap as a function of: (a ...
Atom number as a function of the peak vertical displacement of the trap ...
Atom number as a function of the peak vertical displacement of the trap ...
(Color online) Atom number in the single-arm dipole trap as a function ...
(Color online) Atom number in the single-arm dipole trap as a function ...
(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 ...
Plot of the number of atoms versus the trapping time in a single beam ...
Plot of the number of atoms versus the trapping time in a single beam ...
Plot of the number of atoms versus the trapping time in a single beam ...
Plot of the number of atoms versus the trapping time in a single beam ...
Calculated trap depth for the cold Na atom as a function of the total ...
Calculated trap depth for the cold Na atom as a function of the total ...
Plot of the number of atoms versus the trapping time in a single beam ...
Plot of the number of atoms versus the trapping time in a single beam ...
Normalized trapped atom number as a function of time at two different ...
Normalized trapped atom number as a function of time at two different ...
(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: number of atoms remaining in the trap after a hold time of 10 s ...
Left: number of atoms remaining in the trap after a hold time of 10 s ...
(a) Total number of atoms remaining in the trap after a relaxation time ...
(a) Total number of atoms remaining in the trap after a relaxation time ...
(Color online) Number of atoms trapped in the optical dipole trap as a ...
(Color online) Number of atoms trapped in the optical dipole trap 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 ...
31 -(a) Trapped electron number as a function of the accumulation time ...
31 -(a) Trapped electron number as a function of the accumulation time ...
29 -(a) Trapped electron number as a function of the accumulation time ...
29 -(a) Trapped electron number as a function of the accumulation time ...
Plot of the number of atoms versus the trapping time in a single beam ...
Plot of the number of atoms versus the trapping time in a single beam ...
Fig.A.2. (a), (b) Remaining atom number as a function of hold time with ...
Fig.A.2. (a), (b) Remaining atom number as a function of hold time with ...
(a), (b) Remaining atom number as a function of hold time with (a ...
(a), (b) Remaining atom number as a function of hold time with (a ...
Fig.A.2. (a), (b) Remaining atom number as a function of hold time with ...
Fig.A.2. (a), (b) Remaining atom number as a function of hold time with ...
Ramsey fringes as function of the interrogation time tR for B0 = 3.247 ...
Ramsey fringes as function of the interrogation time tR for B0 = 3.247 ...
Atom number trapped from the quadrupole into the dipole trap as a ...
Atom number trapped from the quadrupole into the dipole trap as a ...
(Color online) The number and temperature as a function of holding ...
(Color online) The number and temperature as a function of holding ...

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