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• W2029363629 abstract "Mass and energy analyses are carried out for ions emitted from liquid-metal-ion sources (LMISs) using Cu-P base, Pt-P, and Ni-B-Si alloys. A strong matrix effect of about 10−1 and 1 is observed on the intensity ratio of P++/P+ for Cu-P and Pt-P alloys, respectively. The electric field at the ion emitting surface is estimated to be 27–30 V/nm from the post-ionization model. A difference of only 10% in the field strength between these alloys is responsible for this matrix effect. The Ni-B-Si alloy LMIS, on the other hand, does not present an identical field strength for each component. The relationships of [ΔE(M++)/2≤ΔE(M+) &lt;ΔE(M++)] for the energy width and [Ep(M+)≥Ep(M++)/2] for their most probable energy are observed in the energy analysis of mass-analyzed ions. Most M++ ions are formed in the post-ionization process on field-evaporated M+ ions." @default.
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• W2029363629 date "1987-01-15" @default.
• W2029363629 modified "2023-10-16" @default.
• W2029363629 title "Ion formation in alloy liquid-metal-ion sources" @default.
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• W2029363629 doi "https://doi.org/10.1063/1.338227" @default.
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