2007Unpublished venueRequires access

High power THz oulse Gyrotron

Michael Read, Jeffrey Neilson, R. Lawrence Ives, Gregory S. Nusinovich

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Abstract

A design for a gyrotron producing radiation from 600 GHz to 2 THz is discussed. The gyrotron is based on a pulse magnet producing a peak field of 37 Tesla, with a 550 microsecond long pulse at a repetition rate of 2.2 Hz. The peak and average powers at 1 THz are 5 kW and 10 W, respectively. The output radiation is in a Gaussian mode.

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What this paper is about

A design for a gyrotron producing radiation from 600 GHz to 2 THz is discussed. The gyrotron is based on a pulse magnet producing a peak field of 37 Tesla, with a 550 microsecond long pulse at a repetition rate of 2.2 Hz. The peak and average powers at 1 THz are 5 kW and 10 W, respectively. The output radiation is in a Gaussian mode.

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Available abstract

A design for a gyrotron producing radiation from 600 GHz to 2 THz is discussed. The gyrotron is based on a pulse magnet producing a peak field of 37 Tesla, with a 550 microsecond long pulse at a repetition rate of 2.2 Hz. The peak and average powers at 1 THz are 5 kW and 10 W, respectively. The output radiation is in a Gaussian mode.

Key concepts: Gyrotron, Terahertz radiation, Microsecond, Optics, Physics, Radiation, Pulse (music), Power (physics)

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