Add to ORKGFor the development of H+ and H0 beams a new method was developed based on the expansion of a cascade arc plasma. A partial aim was to develop an intense beam of at. hydrogen. The result was a 100 A equiv. hydrogen atom beam with an energy conversion efficiency of typically 30-40%. The resulting hydrogen plasma was also used to do preliminary expts. on restoration treatment of archeol. artifacts according to the method of S. Veprek, et al. The present high d. atom rich plasma beam wit
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
A detailed description of the operation is given including establishment of an argon arc, changeover...
The abs. d. of at. hydrogen excited states in a magnetized expanding thermal plasma is detd. using e...
For the development of H+ and H0 beams a new method was developed based on the expansion of a cascad...
An effective and fast way of restoration and preservation of archaeological artefacts is described. ...
A method is proposed for prodn. of intense H atom beams (fluences of 4x1021 atoms/s) using subatmosp...
A cascade arc is used as a source for a H/Ar particle beam. The plasma is produced at thermal plasma...
A very high flux of hydrogen atoms with energies in the eV range has been obtained by using a therma...
In recombining plasma of low electron density, the lower part of an atomic energy scheme is complete...
The authors use a hollow cathode arc discharge as a high intensity beam source (10/sup 14/ s/sup -1/...
The transport of ground-state hydrogen atoms in the expansion of a thermal hydrogen plasma created b...
Details are given of the design and construction of an atomic hydrogen beam maser. The static and dy...
The absolute density of atomic hydrogen excited states in two different regimes of a magnetized expa...
In a hollow cathode arc discharge in noble gases fast metastable atoms are produced by electron impa...
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
A detailed description of the operation is given including establishment of an argon arc, changeover...
The abs. d. of at. hydrogen excited states in a magnetized expanding thermal plasma is detd. using e...
For the development of H+ and H0 beams a new method was developed based on the expansion of a cascad...
An effective and fast way of restoration and preservation of archaeological artefacts is described. ...
A method is proposed for prodn. of intense H atom beams (fluences of 4x1021 atoms/s) using subatmosp...
A cascade arc is used as a source for a H/Ar particle beam. The plasma is produced at thermal plasma...
A very high flux of hydrogen atoms with energies in the eV range has been obtained by using a therma...
In recombining plasma of low electron density, the lower part of an atomic energy scheme is complete...
The authors use a hollow cathode arc discharge as a high intensity beam source (10/sup 14/ s/sup -1/...
The transport of ground-state hydrogen atoms in the expansion of a thermal hydrogen plasma created b...
Details are given of the design and construction of an atomic hydrogen beam maser. The static and dy...
The absolute density of atomic hydrogen excited states in two different regimes of a magnetized expa...
In a hollow cathode arc discharge in noble gases fast metastable atoms are produced by electron impa...
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
A detailed description of the operation is given including establishment of an argon arc, changeover...
The abs. d. of at. hydrogen excited states in a magnetized expanding thermal plasma is detd. using e...