Abstract
Experiment with the heavy ion accelerator (U-400 isochronous cyclotron) were made by using a dispersed volume internal target for the ion beam diagnostic development. The target has been prepared in vacuum with microparticles of luminophor or other materials. The dispersal of microparticles dust has been made with the electromechanical microvibrator for a short time interval equal to few seconds. Microparticles have been heated before hand in vacuum to remove residual gas. The investigation results have been shown significant possibilities of the new perturbation diagnostic method. The information about ion coordinates, internal structure, quality of magnetic field compression, ion current magnitude may be presented at a display. 7 refs.; 3 figs.
Gul`bekyan, G G;
Mel`nikov, V N;
[1]
Tsybin, O Yu
[2]
- Joint Inst. for Nuclear Research, Dubna (Russian Federation). Lab. of Nuclear Reactions
- Leningradskij Politekhnicheskij Inst., Leningrad (Russian Federation)
Citation Formats
Gul`bekyan, G G, Mel`nikov, V N, and Tsybin, O Yu.
Diagnostics of a multicharged heavy ion beam with the help of microparticle distributed target; Diagnostika puchka mnogozaryadnykh tyazhelykh ionov s pomoshch`yu raspredelennoj misheni iz malykh chastits.
JINR: N. p.,
1991.
Web.
Gul`bekyan, G G, Mel`nikov, V N, & Tsybin, O Yu.
Diagnostics of a multicharged heavy ion beam with the help of microparticle distributed target; Diagnostika puchka mnogozaryadnykh tyazhelykh ionov s pomoshch`yu raspredelennoj misheni iz malykh chastits.
JINR.
Gul`bekyan, G G, Mel`nikov, V N, and Tsybin, O Yu.
1991.
"Diagnostics of a multicharged heavy ion beam with the help of microparticle distributed target; Diagnostika puchka mnogozaryadnykh tyazhelykh ionov s pomoshch`yu raspredelennoj misheni iz malykh chastits."
JINR.
@misc{etde_10126039,
title = {Diagnostics of a multicharged heavy ion beam with the help of microparticle distributed target; Diagnostika puchka mnogozaryadnykh tyazhelykh ionov s pomoshch`yu raspredelennoj misheni iz malykh chastits}
author = {Gul`bekyan, G G, Mel`nikov, V N, and Tsybin, O Yu}
abstractNote = {Experiment with the heavy ion accelerator (U-400 isochronous cyclotron) were made by using a dispersed volume internal target for the ion beam diagnostic development. The target has been prepared in vacuum with microparticles of luminophor or other materials. The dispersal of microparticles dust has been made with the electromechanical microvibrator for a short time interval equal to few seconds. Microparticles have been heated before hand in vacuum to remove residual gas. The investigation results have been shown significant possibilities of the new perturbation diagnostic method. The information about ion coordinates, internal structure, quality of magnetic field compression, ion current magnitude may be presented at a display. 7 refs.; 3 figs.}
place = {JINR}
year = {1991}
month = {Dec}
}
title = {Diagnostics of a multicharged heavy ion beam with the help of microparticle distributed target; Diagnostika puchka mnogozaryadnykh tyazhelykh ionov s pomoshch`yu raspredelennoj misheni iz malykh chastits}
author = {Gul`bekyan, G G, Mel`nikov, V N, and Tsybin, O Yu}
abstractNote = {Experiment with the heavy ion accelerator (U-400 isochronous cyclotron) were made by using a dispersed volume internal target for the ion beam diagnostic development. The target has been prepared in vacuum with microparticles of luminophor or other materials. The dispersal of microparticles dust has been made with the electromechanical microvibrator for a short time interval equal to few seconds. Microparticles have been heated before hand in vacuum to remove residual gas. The investigation results have been shown significant possibilities of the new perturbation diagnostic method. The information about ion coordinates, internal structure, quality of magnetic field compression, ion current magnitude may be presented at a display. 7 refs.; 3 figs.}
place = {JINR}
year = {1991}
month = {Dec}
}