Development and application of compact and on-chip electron linear accelerators for dynamic tracking cancer therapy and DNA damage/repair analysis

Uesaka, Mitsuru; Demachi, Kazuyuki; Fujiwara, T.; Dobashi, Katsuhiro; Fujisawa, Hiroshi; Chhatkuli, Ritu Bhusal; Tsuda, Akihisa; Tanaka, Shigeo; Matsumura, Yosuke; Otsuki, Shohei; Kusano, Joichi; Yamamoto, Masashi; Nakamura, Naoki; Tanabe, Eiji; Koyama, Katsushi; Yoshida, Mitsuhiro; Fujimori, Ryuji; Yasui, Akira

doi:10.1088/1757-899x/79/1/012015

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“…The incident electron beams were accelerated by conventional radiofrequency linear accelerators upstream of the DLA [127][128][129][130][131]. Several facilities for dual grating DLA experiments with non-relativistic [132][133][134][135] and relativistic electron beams have subsequently been proposed [136][137][138][139][140].…”

Section: Dual Grating Demonstrationsmentioning

confidence: 99%

Dielectric Laser Accelerators: Designs, Experiments, and Applications

Wootton

McNeur

Leedle

2016

Rev. Accl. Sci. Tech.

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Novel laser-powered accelerating structures at the miniaturized scale of an optical wavelength [Formula: see text] open a pathway to high repetition rate, attosecond scale electron bunches that can be accelerated with gradients exceeding 1 GeV/m. Although the theoretical and computational study of dielectric laser accelerators dates back many decades, recently the first experimental realizations of this novel class of accelerators have been demonstrated. We review recent developments in fabrication, testing, and demonstration of these micron scale devices. In particular, prospects for applications of this accelerator technology are evaluated.

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