Protons produced by collisional dissociation of H2+ ions have an energy spectrum with a narrow central peak. The protons in this peak are produced partly by vibrational dissociation and partly by a cascade from two collisions. For H2+ ions of 50 to 150 keV, the cross section for vibrational dissociation is about 4.1 x 10^-19 cm2/mol. in hydrogen and 1.1 x 10^-18 cm 2/mol. in argon.Les protons résultant de la dissociation par collisions d'ions H2+ dans un gaz ont un spectre d'énergie qui présente un pic central très étroit. Les protons dans ce pic proviennent, pour une part de la dissociation vibrationnelle et pour l'autre part d'une suite de deux collisions. Dans le domaine d'énergie des ions H2+ de 50 à 150 keV la section efficace de disso...
We have investigated proton emission from dissociated H2 molecules after colliding with H+ and He2+ ...
Proton-impact ionization and dissociation of the H2+ molecule is studied within the frame-work of th...
The competitive mechanism between dissociation and ionization of hydrogen molecular ion in intense f...
Protons produced by collisional dissociation of H2+ ions have an energy spectrum with a narrow centr...
Translational energy spectra for H+ ions produced by the keV collision-induced dissociation of H2+ o...
The spectroscopy of the simplest hydrogen molecular ions, HSD+, H3+, H2D+ and D2H+, near their disso...
Translational energy spectra of H− ions have been measured for capture dissociation of 6 keV H2+ mol...
BECKORD K, BECKER J, Werner U, Lutz HO. NOTE ON LOW-ENERGY PROTON PAIRS IN COLLISION-INDUCED H2 DISS...
We present a detailed quantum-mechanical study for dissociation of vibrationally excited molecular d...
We have studied the dissciative ionization of H2 and D2 by electron impact. It is found that in the ...
Translational energy spectroscopy of H+ and H− ions, produced by the two-collision capture-dissociat...
La recombinaison dissociative et les processus compétitifs (désexcitation vibrationnelle, excitation...
We have studied the time of flight spectra of molecular ions and charged fragments resulting from co...
The dissociative ionization by electron impact of H₂, H₂O, and H₂S was investigated between the elec...
The cross-section of proton production is measured for molecular ion beams of H2+ and H3+ in the ene...
We have investigated proton emission from dissociated H2 molecules after colliding with H+ and He2+ ...
Proton-impact ionization and dissociation of the H2+ molecule is studied within the frame-work of th...
The competitive mechanism between dissociation and ionization of hydrogen molecular ion in intense f...
Protons produced by collisional dissociation of H2+ ions have an energy spectrum with a narrow centr...
Translational energy spectra for H+ ions produced by the keV collision-induced dissociation of H2+ o...
The spectroscopy of the simplest hydrogen molecular ions, HSD+, H3+, H2D+ and D2H+, near their disso...
Translational energy spectra of H− ions have been measured for capture dissociation of 6 keV H2+ mol...
BECKORD K, BECKER J, Werner U, Lutz HO. NOTE ON LOW-ENERGY PROTON PAIRS IN COLLISION-INDUCED H2 DISS...
We present a detailed quantum-mechanical study for dissociation of vibrationally excited molecular d...
We have studied the dissciative ionization of H2 and D2 by electron impact. It is found that in the ...
Translational energy spectroscopy of H+ and H− ions, produced by the two-collision capture-dissociat...
La recombinaison dissociative et les processus compétitifs (désexcitation vibrationnelle, excitation...
We have studied the time of flight spectra of molecular ions and charged fragments resulting from co...
The dissociative ionization by electron impact of H₂, H₂O, and H₂S was investigated between the elec...
The cross-section of proton production is measured for molecular ion beams of H2+ and H3+ in the ene...
We have investigated proton emission from dissociated H2 molecules after colliding with H+ and He2+ ...
Proton-impact ionization and dissociation of the H2+ molecule is studied within the frame-work of th...
The competitive mechanism between dissociation and ionization of hydrogen molecular ion in intense f...