Dissociative Attachment in Selected Monochloroalkanes

Total Cross Sections For Dissociative Electron Attachment in Dichloroalkanes and Selected Polychloroalkanes: The Correlation With Vertical Attachment Energies

Total dissociative electron attachment cross sections of selected amino acids.

Total dissociative electron attachment cross sections are presented for the amino acids, glycine, alanine, proline, phenylalanine, and tryptophan, at energies below the first ionization energy. Cross section magnitudes were determined by observation of positive ion production and normalization to ionization cross sections calculated using the binary-encounter-Bethe method. The prominent 1.2 eV ...

Attachment disorganization and dissociative symptoms in clinically treated adolescents.

OBJECTIVE To examine the association of unresolved and unclassifiable attachment with dissociative symptomatology in a sample of 133 adolescents in psychiatric treatment. METHOD The study compared 69 adolescents who were unresolved and unclassifiable with 64 adolescents who were not unresolved and unclassifiable. Attachment organization was assessed using the Adult Attachment Interview (AAI)....

Pressure and temperature dependence of dissociative and non-dissociative electron attachment to CF3: experiments and kinetic modeling.

The kinetics of electron attachment to CF(3) as a function of temperature (300-600 K) and pressure (0.75-2.5 Torr) were studied by variable electron and neutral density attachment mass spectrometry exploiting dissociative electron attachment to CF(3)Br as a radical source. Attachment occurs through competing dissociative (CF(3) + e(-) → CF(2) + F(-)) and non-dissociative channels (CF(3) + e(-) ...

Rovibrationally enhanced dissociative electron attachment to molecular lithium.

Wadehra JM. Rovibrationally enhanced dissociative electron attachment to molecular lithium. We have investigated the role played by initial rovibrational excitation of Liz on the cross sections and rates for dissociative electron attachment to the molecule. For a given internal energy, the vi-brational excitation enhances the attachment cross section more than the rotational excitation, The att...