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Conceptual design of compact heavy-ion inertial fusion driver with an r.f. LINAC with high acceleration rate

T. Hattori, K. Sasa, M. Okamura, T. Ito, M. Okada1996年Fusion Engineering and DesignIF 1.7出版社

AbstractThe interdigital-H-type (IH) linear accelerator (LINAC) is well known for its high shunt impedance at low and medium particle velocities. Therefore, it can be used to operate efficiently with a high acceleration gradient. The IH LINAC cavity is able to generate 10 MV m−1 (average acceleration gradient) with focusing of the particles by a superconducting solenoid and quadrupole. The LINAC can accelerate particles with a charge to mass ratio (q/A) greater than 1/250 from 0.3 MeV a.m.u.−. In a compact heavy-ion inertial fusion driver design, the total effective length of the IH LINAC cavities is about 1250 m.

日本語訳

AbstractインタージギタルH型(IH)線形加速器(LINAC)は、低・中粒子速度において高いシャントインピーダンスを有することでよく知られている。したがって、高い加速勾配で効率的に動作させることができる。IH LINAC空洞は、超伝導ソレノイドと四重極による粒子の収束を伴い、10 MV m−1(平均加速勾配)を生成することができる。このLINACは、電荷質量比(q/A)が1/250を超える粒子を0.3 MeVから加速することができる。コンパクトな重イオン核融合慣性ドライバー設計において、IH LINAC空洞の全実効長は約1250 mである。

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Inertial confinement fusion
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