Configuration schemes for nonadiabatic trapping of electrons in the nonlinear interaction between an electron beam and two counterpropagating laser pulses.

S. Ruschin; Z. Sheena; A. Gover; R. Z. Olshan; H. Kleinman

Configuration schemes for nonadiabatic trapping of electrons in the nonlinear interaction between an electron beam and two counterpropagating laser pulses.

S. Ruschin^*, Z. Sheena, A. Gover, R. Z. Olshan, H. Kleinman

^*Corresponding author for this work

School of Electrical Engineering

Tel Aviv University

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

Abstract

Several different mechanisms and schemes for attaining a high trapping fraction by rapid (nonadiabatic) changes in parameters involved in the interaction have been investigated. These nonadiabatic changes were allowed to occur not only at the entrance of the interaction region but also within it. The experimental setup is described, and results for electron trapping at the entrance of the interaction region, induced by the bending radius of the electron trajectory, are discussed. Trapping was detected also within the interaction region by inserting a section of large gradient in the DC axial electric field. The place where resonant condition is attained is controlled by means of the initial acceleration voltage of the electron beam. The electron's energy profile is analyzed by a time-of-flight-type analyzer.

Original language	English
Title of host publication	CLEO 88 Conf Lasers Electro Opt 1988 Tech Dig Ser Vol 7
Publisher	Publ by IEEE
Pages	412
Number of pages	1
ISBN (Print)	155752033X
State	Published - 1988

Publication series

Name	CLEO 88 Conf Lasers Electro Opt 1988 Tech Dig Ser Vol 7

Cite this

Ruschin, S., Sheena, Z., Gover, A., Olshan, R. Z., & Kleinman, H. (1988). Configuration schemes for nonadiabatic trapping of electrons in the nonlinear interaction between an electron beam and two counterpropagating laser pulses. In CLEO 88 Conf Lasers Electro Opt 1988 Tech Dig Ser Vol 7 (pp. 412). (CLEO 88 Conf Lasers Electro Opt 1988 Tech Dig Ser Vol 7). Publ by IEEE.

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title = "Configuration schemes for nonadiabatic trapping of electrons in the nonlinear interaction between an electron beam and two counterpropagating laser pulses.",

abstract = "Several different mechanisms and schemes for attaining a high trapping fraction by rapid (nonadiabatic) changes in parameters involved in the interaction have been investigated. These nonadiabatic changes were allowed to occur not only at the entrance of the interaction region but also within it. The experimental setup is described, and results for electron trapping at the entrance of the interaction region, induced by the bending radius of the electron trajectory, are discussed. Trapping was detected also within the interaction region by inserting a section of large gradient in the DC axial electric field. The place where resonant condition is attained is controlled by means of the initial acceleration voltage of the electron beam. The electron's energy profile is analyzed by a time-of-flight-type analyzer.",

author = "S. Ruschin and Z. Sheena and A. Gover and Olshan, {R. Z.} and H. Kleinman",

year = "1988",

language = "אנגלית",

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series = "CLEO 88 Conf Lasers Electro Opt 1988 Tech Dig Ser Vol 7",

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Configuration schemes for nonadiabatic trapping of electrons in the nonlinear interaction between an electron beam and two counterpropagating laser pulses. / Ruschin, S.; Sheena, Z.; Gover, A. et al.
CLEO 88 Conf Lasers Electro Opt 1988 Tech Dig Ser Vol 7. Publ by IEEE, 1988. p. 412 (CLEO 88 Conf Lasers Electro Opt 1988 Tech Dig Ser Vol 7).

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

TY - GEN

T1 - Configuration schemes for nonadiabatic trapping of electrons in the nonlinear interaction between an electron beam and two counterpropagating laser pulses.

AU - Ruschin, S.

AU - Sheena, Z.

AU - Gover, A.

AU - Olshan, R. Z.

AU - Kleinman, H.

PY - 1988

Y1 - 1988

N2 - Several different mechanisms and schemes for attaining a high trapping fraction by rapid (nonadiabatic) changes in parameters involved in the interaction have been investigated. These nonadiabatic changes were allowed to occur not only at the entrance of the interaction region but also within it. The experimental setup is described, and results for electron trapping at the entrance of the interaction region, induced by the bending radius of the electron trajectory, are discussed. Trapping was detected also within the interaction region by inserting a section of large gradient in the DC axial electric field. The place where resonant condition is attained is controlled by means of the initial acceleration voltage of the electron beam. The electron's energy profile is analyzed by a time-of-flight-type analyzer.

AB - Several different mechanisms and schemes for attaining a high trapping fraction by rapid (nonadiabatic) changes in parameters involved in the interaction have been investigated. These nonadiabatic changes were allowed to occur not only at the entrance of the interaction region but also within it. The experimental setup is described, and results for electron trapping at the entrance of the interaction region, induced by the bending radius of the electron trajectory, are discussed. Trapping was detected also within the interaction region by inserting a section of large gradient in the DC axial electric field. The place where resonant condition is attained is controlled by means of the initial acceleration voltage of the electron beam. The electron's energy profile is analyzed by a time-of-flight-type analyzer.

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T3 - CLEO 88 Conf Lasers Electro Opt 1988 Tech Dig Ser Vol 7

SP - 412

BT - CLEO 88 Conf Lasers Electro Opt 1988 Tech Dig Ser Vol 7

PB - Publ by IEEE

ER -

Configuration schemes for nonadiabatic trapping of electrons in the nonlinear interaction between an electron beam and two counterpropagating laser pulses.

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