Results 231 to 240 of about 36,896 (288)
Geometric phase amplification in a clock interferometer for enhanced metrology. [PDF]
Sci AdvZhou Z +4 more
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Analysis of circular wave packets generated by pulsed electric fields.
Nucl Instrum Methods Phys Res B, 2012 Yoshida S +5 more
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A Novel Compact Multi-Reflecting Time-of-Flight Mass Spectrometer. [PDF]
J Am Soc Mass SpectromVerenchikov AN +9 more
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Characterization and Performance Analysis of Underwater Optical Time and Frequency Dissemination Link Based on Monte Carlo Simulation and Experimental Demonstration. [PDF]
Sensors (Basel)Yuan Y +6 more
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Complex soliton wave patterns of Gross-Pitaevskii systems: application in quantum and optical engineering. [PDF]
Sci RepBilal M +5 more
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Physical Review A, 2004
We have formed nondispersing wave packets from atomic Li Rydberg eigenstates by adding a small microwave field approximately resonant with the Deltan=1 transition.
H, Maeda, T F, Gallagher
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We have formed nondispersing wave packets from atomic Li Rydberg eigenstates by adding a small microwave field approximately resonant with the Deltan=1 transition.
H, Maeda, T F, Gallagher
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Wave Packet Isotope Separation
Physical Review Letters, 1996We introduce and demonstrate a general wave packet method for laser isotope separation. In this scheme, laser excited molecular (or atomic) wave packets of differing isotopes become {ital spatially} separated in the course of their long-time free evolution.
Averbukh, I. Sh +3 more
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Physical Review A, 1994
We present a computational scheme to propagate wave packets describing S states of two-electron systems. Body-fixed polar coordinates (${\mathit{r}}_{1,}$${\mathit{r}}_{2}$,\ensuremath{\theta}) are used to represent the time-dependent wave functions on a grid in three dimensions.
, Zhang, , Feagin, , Engel, , Nakano
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We present a computational scheme to propagate wave packets describing S states of two-electron systems. Body-fixed polar coordinates (${\mathit{r}}_{1,}$${\mathit{r}}_{2}$,\ensuremath{\theta}) are used to represent the time-dependent wave functions on a grid in three dimensions.
, Zhang, , Feagin, , Engel, , Nakano
openaire +2 more sources