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2017•Unpublished venueRequires access

THz undulator radiation of dense electron bunches stabilized in the negative mass regime

I. V. Bandurkin, V. L. Bratman, Ilya S. Kurakin, Yu. S. Oparina, Andrey V. Savilov, Nezah Balal, Yuri Lurie

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Abstract

The use of the “negative mass” regime can provide stabilization of longitudinal size of dense short photo-injector electron bunches at long distances as well as compression of the longer bunches. This allows one to increase significantly the power capabilities of a terahertz source based on coherent spontaneous undulator emission from a short bunch. The required configuration of the magnetic field can be achieved in a specially designed undulator.

About this research paper

What this paper is about

The use of the “negative mass” regime can provide stabilization of longitudinal size of dense short photo-injector electron bunches at long distances as well as compression of the longer bunches. This allows one to increase significantly the power capabilities of a terahertz source based on coherent spontaneous undulator emission from a short bunch. The required configuration of the magnetic field can be achieved in a specially designed undulator.

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Available abstract

The use of the “negative mass” regime can provide stabilization of longitudinal size of dense short photo-injector electron bunches at long distances as well as compression of the longer bunches. This allows one to increase significantly the power capabilities of a terahertz source based on coherent spontaneous undulator emission from a short bunch. The required configuration of the magnetic field can be achieved in a specially designed undulator.

Key concepts: Undulator, Electron, Bunches, Terahertz radiation, Radiation, Physics, Optics, Atomic physics

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