Phase tomography by X-ray talbot interferometry for biological imaging

Atsushi Momose; Wataru Yashiro; Yoshihiro Takeda; Yoshio Suzuki; Tadashi Hattori

doi:10.1143/JJAP.45.5254

Phase tomography by X-ray talbot interferometry for biological imaging

Atsushi Momose, Wataru Yashiro, Yoshihiro Takeda, Yoshio Suzuki, Tadashi Hattori

Research output: Contribution to journal › Article › peer-review

309 Citations (Scopus)

Abstract

The X-ray phase tomography of biological samples is reported, which is based on X-ray Talbot interferometry. Its imaging principle is described in detail, and imaging results obtained for a cancerous rabbit liver and a mouse tail with synchrotron radiation are presented. Because an amplitude grating is needed to construct an X-ray Talbot interferometer, a high-aspect-ratio grating pattern was fabricated by X-ray lithography and gold electroplating. X-ray Talbot interferometry has an advantage that it functions with polychromatic cone-beam X-rays. Finally, the compatibility with a compact X-ray source is discussed.

Original language	English
Pages (from-to)	5254-5262
Number of pages	9
Journal	Japanese Journal of Applied Physics
Volume	45
Issue number	6 A
DOIs	https://doi.org/10.1143/JJAP.45.5254
Publication status	Published - 2006

Keywords

Cone beam
Grating
Interferometry
Phase contrast
Talbot effect
Tomography

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10.1143/JJAP.45.5254

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title = "Phase tomography by X-ray talbot interferometry for biological imaging",

abstract = "The X-ray phase tomography of biological samples is reported, which is based on X-ray Talbot interferometry. Its imaging principle is described in detail, and imaging results obtained for a cancerous rabbit liver and a mouse tail with synchrotron radiation are presented. Because an amplitude grating is needed to construct an X-ray Talbot interferometer, a high-aspect-ratio grating pattern was fabricated by X-ray lithography and gold electroplating. X-ray Talbot interferometry has an advantage that it functions with polychromatic cone-beam X-rays. Finally, the compatibility with a compact X-ray source is discussed.",

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author = "Atsushi Momose and Wataru Yashiro and Yoshihiro Takeda and Yoshio Suzuki and Tadashi Hattori",

year = "2006",

doi = "10.1143/JJAP.45.5254",

language = "English",

volume = "45",

pages = "5254--5262",

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publisher = "Japan Society of Applied Physics",

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T1 - Phase tomography by X-ray talbot interferometry for biological imaging

AU - Momose, Atsushi

AU - Yashiro, Wataru

AU - Takeda, Yoshihiro

AU - Suzuki, Yoshio

AU - Hattori, Tadashi

PY - 2006

Y1 - 2006

N2 - The X-ray phase tomography of biological samples is reported, which is based on X-ray Talbot interferometry. Its imaging principle is described in detail, and imaging results obtained for a cancerous rabbit liver and a mouse tail with synchrotron radiation are presented. Because an amplitude grating is needed to construct an X-ray Talbot interferometer, a high-aspect-ratio grating pattern was fabricated by X-ray lithography and gold electroplating. X-ray Talbot interferometry has an advantage that it functions with polychromatic cone-beam X-rays. Finally, the compatibility with a compact X-ray source is discussed.

AB - The X-ray phase tomography of biological samples is reported, which is based on X-ray Talbot interferometry. Its imaging principle is described in detail, and imaging results obtained for a cancerous rabbit liver and a mouse tail with synchrotron radiation are presented. Because an amplitude grating is needed to construct an X-ray Talbot interferometer, a high-aspect-ratio grating pattern was fabricated by X-ray lithography and gold electroplating. X-ray Talbot interferometry has an advantage that it functions with polychromatic cone-beam X-rays. Finally, the compatibility with a compact X-ray source is discussed.

KW - Cone beam

KW - Grating

KW - Interferometry

KW - Phase contrast

KW - Talbot effect

KW - Tomography

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EP - 5262

JO - Japanese Journal of Applied Physics

JF - Japanese Journal of Applied Physics

IS - 6 A

ER -

Phase tomography by X-ray talbot interferometry for biological imaging

Abstract

Keywords

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