Theory for longitudinal ion cyclotron resonance power absorption: application to line shape for nonreactive ion.

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概要

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• The rf electric field in circular concave electrodes for longitudinal ion cyclotron resonance is investigated. The potential equation of this rf electric field is theoretically derived from Laplace's equation. The equation of the motion of an ion which moves under the simultaneous application of the magnetic field and this rf electric field was solved. The solution of this equation is used to obtain the instantaneous and total power absorptions of the ion from the rf electric field. The power absorption expression is used to derive the line-shape expresssions of the longitudinal ion cyclotron resonance.

• 公益社団法人 日本化学会の論文

著者

• Aoyagi Katsuyuki

  JEOL Ltd.

関連論文

• Theory for longitudinal ion cyclotron resonance power absorption: application to line shape for nonreactive ion.

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