The Cal Shock-tube-driven Molecular Beam: Target Beam and Mass Spectrometer PDF Download
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Author: George T. Skinner Publisher: ISBN: Category : Languages : en Pages : 34
Book Description
The development of an intermittent target beam system for use in conjunction with the CAL shock-tube-driven molecular beam is reported. The beam is 1 inch in diameter and has a density of approximately 4 x 10 to the 12th particles/cu cm. A room-temperature source is used. The operation of a mass spectrometer in the environment of a 2.14 ev argon beam has also been studied and it has been found necessary to employ extensive shielding of the instrument from residual ionization, radiation and background scattering. (Author).
Author: George T. Skinner Publisher: ISBN: Category : Languages : en Pages : 34
Book Description
The development of an intermittent target beam system for use in conjunction with the CAL shock-tube-driven molecular beam is reported. The beam is 1 inch in diameter and has a density of approximately 4 x 10 to the 12th particles/cu cm. A room-temperature source is used. The operation of a mass spectrometer in the environment of a 2.14 ev argon beam has also been studied and it has been found necessary to employ extensive shielding of the instrument from residual ionization, radiation and background scattering. (Author).
Author: Publisher: ISBN: Category : Languages : en Pages : 0
Book Description
The development of an intermittent target beam system for use in conjunction with the CAL shock-tube-driven molecular beam is reported. The beam is 1 inch in diameter and has a density of approximately 4 x 10 to the 12th particles/cu cm. A room-temperature source is used. The operation of a mass spectrometer in the environment of a 2.14 ev argon beam has also been studied and it has been found necessary to employ extensive shielding of the instrument from residual ionization, radiation and background scattering. (Author).
Author: Publisher: ISBN: Category : Languages : en Pages : 61
Book Description
The design considerations, engineering details, and beam survey data relevant to a shock-tube-driven molecular beam are presented in detail in this report. The survey data are for an N2 beam with a kinetic energy per molecule of 1.3 ev, and two Ar beams of 1.4 and 2.2 ev. The spreading angles of these beams are of the order of 1 degree. Sufficient engineering details are presented to show how all the elements of the apparatus, including a target beam, function and how they are synchronized with the firing of the shock tube. (Author).
Author: George T. Skinner Publisher: ISBN: Category : Languages : en Pages : 61
Book Description
The design considerations, engineering details, and beam survey data relevant to a shock-tube-driven molecular beam are presented in detail in this report. The survey data are for an N2 beam with a kinetic energy per molecule of 1.3 ev, and two Ar beams of 1.4 and 2.2 ev. The spreading angles of these beams are of the order of 1 degree. Sufficient engineering details are presented to show how all the elements of the apparatus, including a target beam, function and how they are synchronized with the firing of the shock tube. (Author).
Author: George Tolmie Skinner Publisher: ISBN: Category : Mass spectrometers Languages : en Pages : 66
Book Description
A study has been made of the performance of a Brink ionizer which is part of a mass spectrometer in a molecular-beam apparatus. It has been shown that the potentials applied to the exit apperature plate have a pronounced effect on which regions of the ionizer contribute the bulk of the selected ions passed through the mass filter. The properly adjusted instrument has been used to observe the scattering of a 2.2 eV Ar beam from various target gases and from a solid surface. Some time-resolved details of these processes have been compared with theory. (Author).
Author: George T. Skinner
Author: George T. Skinner
Author: 
Author: 
Author: George T. Skinner
Author: George Tolmie Skinner
Author: Gerald Frederick Marsters
Author: George Tolmie Skinner
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Author: I. Krizancic
Author: I. Krizancic