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Ion Identification by Ambipolar Effusion from the Positive Column in a Deuterium Glow Discharge

机译:氘辉光放电中正极柱的双极积液离子识别

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The ambipolar ion effusion through a 100 *my*m hole in the wall of a cylindrical discharge vessel was analysed by a quadrupole mass spectrograph. The detected ion currents revealed that D*+sb+*, D+*sb3*, and D+*sb2* were present. Using the ambipolar theory for a multi-ionic plasma and published values for ion mobilities, density ratios were found for N(D+)/N(D+*sb3*). These ranged from 1.9 at p = 0.5 Torr to 1.1 at 1.3 Torr after having gone through a maximum of 2.8 at about 0.9 Torr. (Atomindex citation 16:032361)

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