J. Vancura scite author profile

J. Vancura

5Publications

42Citation Statements Received

61Citation Statements Given

How they've been cited

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Affiliations

Cornell University, Czech Academy of Sciences, J. Heyrovský Institute of Physical Chemistry

Publications

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Absolute total and one- and two-electron transfer cross sections forArq+(8≤q≤16) on He andH
Vancura
¹
,
Marchetti
²
,
Perotti
³

et al. 1993
Phys. Rev. A
32
2
21
0
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Absolute total, one-, two-, and three-electron-transfer cross sections forArq+(8≤q≤16) on Ar at 2.3qkeV

et al. 1994

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Absolute values for the total, one-, two-, and three-electron-transfer cross sections for Ar + ions (8(q &16) colliding with argon at 2.3q keV laboratory energy were measured by the growth-rate method. The Arq+ ions were produced by the Cornell superconducting solenoid, cryogenic electronbeam ion source (CEBIS) and extracted at 2.3 kV. Selected charge states traversed a gas cell, after which they were detected and charge-state analyzed by the energy-retardation method and by a~/+2 cylindrical electrostatic analyzer. The target gas pressure in the cell was measured directly by the orifice Bow method used for absolute pressure-gauge calibration. The overall error in the Arq+ on Ar cross-section measurements is +10%.PACS number(s): 34.70.+e, 82.30.Fi, 82.20.Pm

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Electron emissions in low energy Arq+-Ar collisions

Vancura¹,

Kostroun²

1993

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Hydroxonium ion formation in collisions of H2O+ + D2O and D2O+ + H2O: a crossed-beam scattering study

Vancura

Herman

1991

Chemical Physics

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Beam scattering study of the charge transfer prcess N2+ (He, He+)N+ at low collision energies

Sadı́lek¹,

Vancura²,

Fárnı́k³

et al. 1990

International Journal of Mass Spectrometry and Ion Processes

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J. Vancura

Absolute total and one- and two-electron transfer cross sections forArq+(8≤q≤16) on He andH
Vancura
¹
,
Marchetti
²
,
Perotti
³

et al. 1993
Phys. Rev. A
32
2
21
0
View full text Add to dashboard Cite

Absolute total, one-, two-, and three-electron-transfer cross sections forArq+(8≤q≤16) on Ar at 2.3qkeV

Electron emissions in low energy Arq+-Ar collisions

Hydroxonium ion formation in collisions of H2O+ + D2O and D2O+ + H2O: a crossed-beam scattering study

Beam scattering study of the charge transfer prcess N2+ (He, He+)N+ at low collision energies

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J. Vancura

Absolute total and one- and two-electron transfer cross sections forArq+(8≤q≤16) on He andHVancura1, Marchetti2, Perotti3 et al. 1993Phys. Rev. A322210View full textAdd to dashboardCite

Absolute total, one-, two-, and three-electron-transfer cross sections forArq+(8≤q≤16) on Ar at 2.3qkeV

Electron emissions in low energy Arq+-Ar collisions

Hydroxonium ion formation in collisions of H2O+ + D2O and D2O+ + H2O: a crossed-beam scattering study

Beam scattering study of the charge transfer prcess N2+ (He, He+)N+ at low collision energies

Contact Info

Product

Resources

About

Absolute total and one- and two-electron transfer cross sections forArq+(8≤q≤16) on He andH
Vancura
¹
,
Marchetti
²
,
Perotti
³

et al. 1993
Phys. Rev. A
32
2
21
0
View full text Add to dashboard Cite