A wide variety of clusters were obtained in seeded supersonic conical jet expansions of organic molecules. It was shown that mixed clusters probably are formed statistically in the collisional region of the expansion, although kinetic effects cannot be excluded. The molecular fragmentation in the clusters upon mass selection using electron impact ionization is negligible, which makes the use of supersonic jet expansions under cluster forming conditions a valuable addition to standard mass spectrometry analytical techniques. The effect of the electron impact ionization on cluster fragmentation was studied
A brief review of the experimental methods to obtain gas phase cluster ions is reported. Supersonic ...
Expansions of benzene at 1–10 mol % in neon or helium with various nozzle types have produced cluste...
When expanding through a nozzle into a vacuum in a high-pressure-backed supersonic jet, certain gase...
A wide variety of clusters were obtained in seeded supersonic conical jet expansions of organic mole...
A kinetic model is presented which explains the nonstatistical cluster distributions found in a supe...
A pulsed supersonic molecular beam apparatus has been constructed for the investigation of atomic an...
Includes bibliographical references (p. 201-208).Pulsed photoionization in a supersonic expansion wa...
Subject of inquiry: water clasters with the size of up to 10,000 molecules/cluster. The aim of the w...
The aim of the experiment described in this thesis was to generate a beam of molecular clusters and ...
An experimental study of the formation of mixed van der Waals oxygen-isoprene complexes, generated ...
This paper reports on the development of a new experiment for the study of electron-impact induced ...
Expansions of benzene at 1–10 mol % in neon or helium with various nozzle types have produced cluste...
When molecules are excited by photons or energetic particles, they will cool through the emission of...
Fragmentation of molecular clusters inside mass spectrometers is a significant source of uncertainty...
This work focuses on the emission processes of metal-organic clusters MmMen, (M is the organic molec...
A brief review of the experimental methods to obtain gas phase cluster ions is reported. Supersonic ...
Expansions of benzene at 1–10 mol % in neon or helium with various nozzle types have produced cluste...
When expanding through a nozzle into a vacuum in a high-pressure-backed supersonic jet, certain gase...
A wide variety of clusters were obtained in seeded supersonic conical jet expansions of organic mole...
A kinetic model is presented which explains the nonstatistical cluster distributions found in a supe...
A pulsed supersonic molecular beam apparatus has been constructed for the investigation of atomic an...
Includes bibliographical references (p. 201-208).Pulsed photoionization in a supersonic expansion wa...
Subject of inquiry: water clasters with the size of up to 10,000 molecules/cluster. The aim of the w...
The aim of the experiment described in this thesis was to generate a beam of molecular clusters and ...
An experimental study of the formation of mixed van der Waals oxygen-isoprene complexes, generated ...
This paper reports on the development of a new experiment for the study of electron-impact induced ...
Expansions of benzene at 1–10 mol % in neon or helium with various nozzle types have produced cluste...
When molecules are excited by photons or energetic particles, they will cool through the emission of...
Fragmentation of molecular clusters inside mass spectrometers is a significant source of uncertainty...
This work focuses on the emission processes of metal-organic clusters MmMen, (M is the organic molec...
A brief review of the experimental methods to obtain gas phase cluster ions is reported. Supersonic ...
Expansions of benzene at 1–10 mol % in neon or helium with various nozzle types have produced cluste...
When expanding through a nozzle into a vacuum in a high-pressure-backed supersonic jet, certain gase...