Magnetic field measurement for a THz undulator using the vibrating wire method

Shigeru Kashiwagi; Yuu Tanaka; Fujio Hinode; Masayuki Kawai; Xiangkun Li; Toshiya Muto; Ken Ichi Nanbu; Hiroyuki Hama

Magnetic field measurement for a THz undulator using the vibrating wire method

Shigeru Kashiwagi, Yuu Tanaka, Fujio Hinode, Masayuki Kawai, Xiangkun Li, Toshiya Muto, Ken Ichi Nanbu, Hiroyuki Hama

Research Center for Electron Photon Science (ELPH)

Tohoku University

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

Abstract

We constructed an undulator of Halbach planer type for generation of intense coherent terahertz radiation (THz) with the very short electron bunch. The length and the number of periods are 100 mm and 25, respectively. Its maximum magnetic field is 0.41 T and K-value is 3.82 with 54 mm gap. The vibrating wire method is studied to measure the magnetic field of the undulator. The numerical studies have been performed for the THz undulator and derived a relation between a reproducibility of undulator field and the number of the harmonic modes [1]. A test experiment was carried out using 200 mm wire and a pair of permanent magnet blocks. The results of the test experiment are described.

Original language	English
Title of host publication	IPAC 2012 - International Particle Accelerator Conference 2012
Pages	732-734
Number of pages	3
Publication status	Published - 2012
Event	3rd International Particle Accelerator Conference 2012, IPAC 2012 - New Orleans, LA, United States Duration: 2012 May 20 → 2012 May 25

Publication series

Name	IPAC 2012 - International Particle Accelerator Conference 2012

Conference

Conference	3rd International Particle Accelerator Conference 2012, IPAC 2012
Country/Territory	United States
City	New Orleans, LA
Period	12/5/20 → 12/5/25

Cite this

@inproceedings{08366710881942efb5d54ddeab34520c,

title = "Magnetic field measurement for a THz undulator using the vibrating wire method",

abstract = "We constructed an undulator of Halbach planer type for generation of intense coherent terahertz radiation (THz) with the very short electron bunch. The length and the number of periods are 100 mm and 25, respectively. Its maximum magnetic field is 0.41 T and K-value is 3.82 with 54 mm gap. The vibrating wire method is studied to measure the magnetic field of the undulator. The numerical studies have been performed for the THz undulator and derived a relation between a reproducibility of undulator field and the number of the harmonic modes [1]. A test experiment was carried out using 200 mm wire and a pair of permanent magnet blocks. The results of the test experiment are described.",

author = "Shigeru Kashiwagi and Yuu Tanaka and Fujio Hinode and Masayuki Kawai and Xiangkun Li and Toshiya Muto and Nanbu, {Ken Ichi} and Hiroyuki Hama",

year = "2012",

language = "English",

isbn = "9783954501151",

series = "IPAC 2012 - International Particle Accelerator Conference 2012",

pages = "732--734",

booktitle = "IPAC 2012 - International Particle Accelerator Conference 2012",

note = "3rd International Particle Accelerator Conference 2012, IPAC 2012 ; Conference date: 20-05-2012 Through 25-05-2012",

}

Kashiwagi, S, Tanaka, Y, Hinode, F, Kawai, M, Li, X, Muto, T, Nanbu, KI & Hama, H 2012, Magnetic field measurement for a THz undulator using the vibrating wire method. in IPAC 2012 - International Particle Accelerator Conference 2012. IPAC 2012 - International Particle Accelerator Conference 2012, pp. 732-734, 3rd International Particle Accelerator Conference 2012, IPAC 2012, New Orleans, LA, United States, 12/5/20.

Magnetic field measurement for a THz undulator using the vibrating wire method. / Kashiwagi, Shigeru; Tanaka, Yuu; Hinode, Fujio et al.
IPAC 2012 - International Particle Accelerator Conference 2012. 2012. p. 732-734 (IPAC 2012 - International Particle Accelerator Conference 2012).

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

TY - GEN

T1 - Magnetic field measurement for a THz undulator using the vibrating wire method

AU - Kashiwagi, Shigeru

AU - Tanaka, Yuu

AU - Hinode, Fujio

AU - Kawai, Masayuki

AU - Li, Xiangkun

AU - Muto, Toshiya

AU - Nanbu, Ken Ichi

AU - Hama, Hiroyuki

PY - 2012

Y1 - 2012

N2 - We constructed an undulator of Halbach planer type for generation of intense coherent terahertz radiation (THz) with the very short electron bunch. The length and the number of periods are 100 mm and 25, respectively. Its maximum magnetic field is 0.41 T and K-value is 3.82 with 54 mm gap. The vibrating wire method is studied to measure the magnetic field of the undulator. The numerical studies have been performed for the THz undulator and derived a relation between a reproducibility of undulator field and the number of the harmonic modes [1]. A test experiment was carried out using 200 mm wire and a pair of permanent magnet blocks. The results of the test experiment are described.

AB - We constructed an undulator of Halbach planer type for generation of intense coherent terahertz radiation (THz) with the very short electron bunch. The length and the number of periods are 100 mm and 25, respectively. Its maximum magnetic field is 0.41 T and K-value is 3.82 with 54 mm gap. The vibrating wire method is studied to measure the magnetic field of the undulator. The numerical studies have been performed for the THz undulator and derived a relation between a reproducibility of undulator field and the number of the harmonic modes [1]. A test experiment was carried out using 200 mm wire and a pair of permanent magnet blocks. The results of the test experiment are described.

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M3 - Conference contribution

AN - SCOPUS:84885587094

SN - 9783954501151

T3 - IPAC 2012 - International Particle Accelerator Conference 2012

SP - 732

EP - 734

BT - IPAC 2012 - International Particle Accelerator Conference 2012

T2 - 3rd International Particle Accelerator Conference 2012, IPAC 2012

Y2 - 20 May 2012 through 25 May 2012

ER -

Magnetic field measurement for a THz undulator using the vibrating wire method

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