Titlebook: Collision Spectroscopy; R. G. Cooks Book 1978 Plenum Press, New York 1978 Atom.Mass Spectrometry.chemistry.collision.energy.information.is

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Sicher auftreten im Technischen Vertriebst common inelastic process in most collisions. Emission from the excited target gas is a common indicator of a collisional process. In this chapter we are primarily concerned with the characterization of the direct excitation process in the simplest ion-atom collisions.

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Sicheres Auftreten in Präsentationenzed target by measuring the translational energy spectra of the resulting fast negative ions. The cross section and mechanism of double electron transfer have been discussed in Chapter 2, and the use of this type of reaction as a source of negative ion mass spectra is presented in Chapter 5.

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Sicheres Auftreten im internationalen Umfeldgh-energy ion, or (b) charge exchange, in which electrons are transferred between the ion and a neutral collision gas. In this chapter we will be concerned with the following four specific charge permutation reactions of polyatomic organic ions.

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Collisional Excitation of Simple Systems,st common inelastic process in most collisions. Emission from the excited target gas is a common indicator of a collisional process. In this chapter we are primarily concerned with the characterization of the direct excitation process in the simplest ion-atom collisions.

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Ionic Collisions as the Basis for New Types of Mass Spectra,gh-energy ion, or (b) charge exchange, in which electrons are transferred between the ion and a neutral collision gas. In this chapter we will be concerned with the following four specific charge permutation reactions of polyatomic organic ions.

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Sicheres Auftreten in Verhandlungenmilar from collision-induced dissociations (CID) at low energy (electron volt range) which proceed via long-lived complexes. The latter reactions are well known. but fall outside the scope of this work.

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Collision-Induced Dissociation of Polyatomic Ions,milar from collision-induced dissociations (CID) at low energy (electron volt range) which proceed via long-lived complexes. The latter reactions are well known. but fall outside the scope of this work.