Abstract
A cylindrical energy analyzer with drift spaces is shown to have a second order focusing for beam incident angle when the deflection angle is properly chosen. The analyzer has a possibility to be applied to MeV range heavy ion beam probes, and will be also available for accurate particle energy measurements in many other fields. (author).
Citation Formats
Fujisawa, A, and Hamada, Y.
Theoretical study of cylindrical energy analyzers for MeV range heavy ion beam probes.
Japan: N. p.,
1993.
Web.
Fujisawa, A, & Hamada, Y.
Theoretical study of cylindrical energy analyzers for MeV range heavy ion beam probes.
Japan.
Fujisawa, A, and Hamada, Y.
1993.
"Theoretical study of cylindrical energy analyzers for MeV range heavy ion beam probes."
Japan.
@misc{etde_10110161,
title = {Theoretical study of cylindrical energy analyzers for MeV range heavy ion beam probes}
author = {Fujisawa, A, and Hamada, Y}
abstractNote = {A cylindrical energy analyzer with drift spaces is shown to have a second order focusing for beam incident angle when the deflection angle is properly chosen. The analyzer has a possibility to be applied to MeV range heavy ion beam probes, and will be also available for accurate particle energy measurements in many other fields. (author).}
place = {Japan}
year = {1993}
month = {Jul}
}
title = {Theoretical study of cylindrical energy analyzers for MeV range heavy ion beam probes}
author = {Fujisawa, A, and Hamada, Y}
abstractNote = {A cylindrical energy analyzer with drift spaces is shown to have a second order focusing for beam incident angle when the deflection angle is properly chosen. The analyzer has a possibility to be applied to MeV range heavy ion beam probes, and will be also available for accurate particle energy measurements in many other fields. (author).}
place = {Japan}
year = {1993}
month = {Jul}
}