Report describes computer-simulation study of motions of various numbers of ions in Paul trap. Study part of continuing effort to understand motions of trapped charged particles (atoms, ions, molecules, or dust particles). Motions characterized in terms of heating by radio-frequency fields, formation of crystallike structures in cold clouds of trapped particles, and other phenomena important in operation of radio-frequency traps in frequency standards.
Dynamics Of Ions In A Radio-Frequency Quadrupole Trap
NASA Tech Briefs ; 18 , 12
01.12.1994
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Englisch
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