A cascade arc is used as a source for a H/Ar particle beam. The plasma is produced at thermal plasma conditions at 0.1 to 1 bar. It is expanded with a high velocity into a vacuum chamber. Measurements with a Langmuir double probe and with a mass spectrometer are performed. The resulting parameters of the plasma and the extd. ions are discussed. Mol. processes as charge exchange and dissociative recombination appear to be important. [on SciFinder (R)
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
A cascade arc is used as a source for a H/Ar particle beam. The plasma is produced at thermal plasma...
Un arc cascade est utilisé comme source d'hydrogène et d'argon. Le plasma est réalisé entre 0,1 et 1...
Un arc cascade est utilisé comme source d'hydrogène et d'argon. Le plasma est réalisé entre 0,1 et 1...
-- Un arc cascade est utilise comme source d8hydrog&ne et d8argon. Le plasma est realis & en...
A cascade arc is used as a source for a H/Ar particle beam. The plasma is produced at thermal plasma...
A H/sub 2//Ar cascaded arc plasma source has been experimentally characterized by determination of t...
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
A method is proposed for prodn. of intense H atom beams (fluences of 4x1021 atoms/s) using subatmosp...
A supersonically expanding cascaded arc plasma in argon is analyzed experimentally by emission spect...
The expanding plasma obtained from a cascaded arc thermal source is analyzed with double probe, mass...
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
A cascade arc is used as a source for a H/Ar particle beam. The plasma is produced at thermal plasma...
Un arc cascade est utilisé comme source d'hydrogène et d'argon. Le plasma est réalisé entre 0,1 et 1...
Un arc cascade est utilisé comme source d'hydrogène et d'argon. Le plasma est réalisé entre 0,1 et 1...
-- Un arc cascade est utilise comme source d8hydrog&ne et d8argon. Le plasma est realis & en...
A cascade arc is used as a source for a H/Ar particle beam. The plasma is produced at thermal plasma...
A H/sub 2//Ar cascaded arc plasma source has been experimentally characterized by determination of t...
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
A method is proposed for prodn. of intense H atom beams (fluences of 4x1021 atoms/s) using subatmosp...
A supersonically expanding cascaded arc plasma in argon is analyzed experimentally by emission spect...
The expanding plasma obtained from a cascaded arc thermal source is analyzed with double probe, mass...
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....