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Nanoparticle electrostatic trap.
Fig. 16 Three-dimensional electrostatic trap.
Fig. 21 Off-axis electrostatic trap.
This shows the flexibility of such electrically controlled electrostatic trap.
The electrostatic trap potential was modeled numerically in Simion 8.1 [27].
Fig. 20 Imaging the transverse motion of H Rydberg atoms in an on-axis electrostatic trap.
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Motions of random vibration, drifting, and rotation of trapped particles (clusters) indicated clear characteristics of electrostatic traps.
Electrostatic trapping at zero mean velocity has also been achieved.
Fig. 19 Decay of H Rydberg atoms from on-axis and off-axis electrostatic traps.
In this work, the concept and feasible constructions of one-dimensional (1D), 2D, and 3D electrostatic traps were systematically discussed.
Capture of individual charged micro-particles in a controllable way is the key function of electrostatic traps.
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