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Figure 3 NO - photodetachment relative cross section measured in the range 2800 720000 cm -1.
The measured relative cross section shows a set of sharp peaks that are identified as vibrational autodetachment resonances.
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Consequently, most experiments provide relative cross sections.
Scattering and absorption cross sections were calculated and normalized to the particle's geometric cross section to yield relative cross sections.
Experiments were designed to provide relative cross-section information on weakly populated channels for gamma-ray spectroscopy experiments in coincidence with charged-particles.
One could say that the interactions affect the relative cross-section of pores where the local flux has a non-vanishing axial component and in turn control the effective transfer of drug into bulk solution.
We also measured relative cross-sections for proton beam energies between 0.05 and 1.4 GeV kinetic energy.
A relative photodetachment cross section is then given by (3).
The depletion measurements outlined above can be used to measure the relative photodetachment cross section of the NO- molecule.
Shown in Figure 3 is the relative photodetachment cross section measured as a function of the photon energy in the range 2800 720000 cm-1.
To demonstrate the application of this configuration, the relative photodetachment cross section for NO- has been measured in the range of 2800 720000 cm-1.
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