JAICkl Conf SM cm 10cm 0 CJgJf L/D 1100A» ^35 fc ^ L to? C fct2.6], N R C (rotation-rotation^st) fffi ft tio.05" 2-2 N Slftff fc L, Pig
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1 JAKK1 Conf { j 土 札 合 J 去 市 ;1 ;IJJ υ}~ 刊!JC 6. fttm /7^J jt>/: 1 fi 1 y I f l /:' 'fl;r-7^t777 - K/7 7 i - CNRCT) C ttl* * C Tflt A 1 (0. 093cm"') A (2. 5cr ) * T O lotto. NRCTCR 1. & EfcH CC-CCD) if 7 7 A (N R) C 4ft: PCD(Plasma Coupled Devi ce) U - T -f ^ - v -t > t Tffl l> k N R C T ft X ^ 5 [7], T (NRCT) 8-2: )» , N R C T (0. l~l000 cm" 1 ) lillfflxct (0.1-lOcii- 1 ) NRCTT-li > <k 42-
2 JAICkl Conf SM cm 10cm 0 CJgJf L/D 1100A» ^35 fc ^ L to? C fct2.6], N R C (rotation-rotation^st) fffi ft tio.05" 2-2 N Slftff fc L, Pig.. 1cm" 1 A»<b2. 5c m 0: Base plale (Al) 1: Aluminium 2: Graphite (C) 3: Lead 4: Titanium 5: Copper (r. Iron 7. SUS..H4 <S: Acrvlic resin l )HD: Dry wood (high density) yi.d: Dry wood (low density) 10: ABS resin 11: Ciidmium +. Center of rotation I cm Fig.1 A sectional view of the object designed to test the linearity of the CT value of various materials. 43
3 JAICKI Ccuif 94 (KG (J()~ Inn, Life. ~ 2-3 ^ 6 L i F + ZnS (Ag) C C, CCD» 1 のミ? 2-4 C-CCD» *>^> 8 t, NR 510X492> fc., (3) ^ C4) fc, 2-5 IB 150μm~-こ 相 当 する 捕 捜 y 線 発 生 源 となる 第 1 44
4 JAKKI Q>nf 9~ fc U, 320 v- K f -f 180* 3. NRCT S64MB, * - # C J; 0 r ft -o &S *tie ^7LfcK:!&iBffea'fcfl!)iM y ^?A Csinogram), JS» 3, CTtt,, If- A^- K- >^*!lft*<n R r>ttfc -45
5 JAHRI J^EI~I Conf (a) Cb) Pig. 2 Tomograms reconstructed from (a) the 90 projection images at the slice number 230 and from (b) the 180 projection images at the slice number
6 JAKKI (\mf J 八 EI~I ~ (1) 7-'J*Sftffi, (2) (3) S> (2) tf C3) c*s»t if, -3fc u fcfc*, : Toshiba DSTP-9506)??tS/ l Sheppfc Logan 7 j* C3) Cfcrjfe^ x *J * Fig. 2 (a) fccfctf (b) ig. 2 Cb) ti <, 7-f- -< (artifact) '> > Fig.2 (a) &*>\ Fig.2 Cb) K*j^"C» ; y -j-a "?r>? h^ a»css«> > y v She P ptlogan7 r V 5. NRC N LTtt ttfc CHounsfield unit: SfcEHI number^ffi ^^^?*^ & AK Sitf u C ob j F B C T = 935X +93. CF«~ Co i C 1 ) -47 -
7 JAKRI Omf 9-1 9~ o Slice No2M Slice No.I2H Dry wood Acrylic resin 00 LU < 2000 u Q UJ IS) UJ Ph ±(l.05l (I.77II-H.IISV cm Wood w, 側 ~ (high density) Wood (low ~"n density), ily EFFECTIVE MACROSCOI'C CROSS SECTION, cm" 1 Fig.3 Reconstructed CT values vs. total macroscopic cross sections for various materials. Fig. 3-4 >->' Tef f Toax Train It,, 2500(2. 5cm- T= H2t)dt=ln[Io/I] = J [CTfifGdt: i C2), T C.3J S!fflftfrT..xt*» I tr ADC If* *>*v SI: L-T, ln(io).
8 JAMK1 c:<>nf!j~ flgfc&s. s l o /«5 I =exp(teff) C4) 10~:1, 12tT T.a«= 8. 3 t r K fft Table 1 Effective cross sections and lhickne~s maximum thickne&s of materials *«* <2> (cm" 1 ) tmax (Cm) Al Zn Pb Ti Cu Pe Ag Au I n Cd T7P> * >? i; A t ij X. 4- U y fc. t, D = 2 26
9 .I JAKKI '\I':I~I Conf 9~ ()(J~ tmax= 1' eff/<~> (5) Table 1 K /f< L fc 3-5 fitt, 0., L/D = 5cm 0 すなわち~ ' ^ -t 4. iglft «L/D 1024X ifflt 価 されており その 結 果 C 1'による 分 解 能 は Klasense の 式 口 3J を 用 いて ~o. れた これは CCD 素 子 上 で ~4.5 ピクセルに 相 当 する なお JRR-3Mの 熱 中 性 子 ラジオ グラフィ 施 設 は L/D=150~176 を 有 しており 5cm ゅの 被 写 体 で 最 大 の 幾 何 学 的 不 鮮 明 えば JRR3 の ~108n/cm2/s の 高 中 性 子 束 密 度 高 L/D [1] H. Kobayashi, et a 1..'"Neutron radiography using cooled CCD camera". NR-3 (1990) p [2] H. Kobayashi: "Studies of neutron transmittance measurements using cooled CCD camera". Proc. 1st Int. Topical Meeting on Neutron Radiography System Design and Characterization.(Pembroke.1990), Paper No.14. (to be publised). [3] E. McFarland, et al., "Multi-dimentional neutron-computed tomography using cooled CCD", IEEE Trans. Nuci. Sci., NS-38, (Apr.) 612 (1991). [1] I. Na, E. MacFarland and R. Lanza. "Quantitative evaluation of a neutron radiography and tomography system using cooled charge coupled devices designed for low fluence sources", NR-4(1992) Abst.p.90, (to be published). [5] H. Na, E. ~ MacFarland and R. Lanza, "A segmented array approach to large scale neutron radiography and tomography systems using cooled charge coupled devices" NR-4 (1992) Abst. p.108 (to be published). [6] H. Koabyashi: "Recent development of cooled CCD camera for NR imaging - Tomography", NR-4 (1992) Abst. p. 103 (to be published) cc
![5 ピクセルに 相 当 する なお JRR-3Mの 熱 中 性 子 ラジオ グラフィ 施 設 は L/D=150~176 を 有 しており 5cm ゅの 被 写 体 で 最 大 の 幾 何 学 的 不 鮮 明 えば JRR3 の ~108n/cm2/s の 高 中 性 子 束 密 度 高 L/D [1] H. Kobayashi, et a 1.](/docs-images/46/20522882/images/page_9.jpg ".'\"Neutron radiography using cooled CCD camera\". NR-3 (1990) p. 421. [2] H. Kobayashi: \"Studies of neutron transmittance measurements using cooled CCD camera\". Proc. 1st Int.")
10 JAKKI Conf 94 9~ 002 [7]. Apr. 4-6,1989) E44. [8] D. ~ M. Tow, "Postirradiation examination using neutron tomography", NR-1 (1982) p [9] G.Matsumoto & S.Krata. "The neutron computer tomography", NR-1(1982) p.899. [10] Y. Murata et al.: "Two-dimensional neutron image excluding the effect of scattered neutron", NR-4 (1992) Abst. p.96 (to be published). [11] H. Kobayashi et al. : "Macroscopic cross section measurements and defect detection in materials using neutron radiography technique", J. Nucl. Sci. Technol. 29. (11), 1045 (1992). [12] L. A. Shepp and B. F. Logan: "The Fourier reconstruction of a head section" IEEE Trans. Nucl. Sci.. NS-21. (June). 21 (1974). [13] H. A. Klasens: "Measurement and calculation of unsharpness combination in X-ray photography", Philips Res. Rep., 1. 4 (Aug. 1946). NR-1: "Neutron Radiography", eds. J. P. Barton and P. v.d. Hardt, (D. Reidel Publ., Dordrecht. 1982), Proceedings of the 1st World Conference on Neutron Radiography, (San Diego. Dec ). NR-2: "Neutron Radiography", eds. J. P. Barton et al., (D. Reidel Publ., Dordrecht. 1987). Proceedings of the 2nd World Conference on Neutron Radiography, (Paris, June 16-20, 1986). NR-3: "Neutron Radiography (3)", eds. S. Fujine et al., (Kluwer Publ. Dordrecht, 1990), Proceedings of the 3rd World Conference on Neutron Radiography, (Osaka. May ). NR-4: "Neutron Radiography (4)". (in press). Proceedings of the 4th World Conference on Neutron Radiography, (San Fransisco, May 10-16, 1992). 51 -
![Kobayashi et al. : "Macroscopic cross section measurements and defect detection in materials using neutron radiography technique", J. Nucl. Sci. Technol. 29. (11), 1045 (1992). [12] L. A. Shepp and B.](/docs-images/46/20522882/images/page_10.jpg "F. Logan: \"The Fourier reconstruction of a head section\" IEEE Trans. Nucl. Sci.. NS-21. (June). 21 (1974). [13] H. A.")
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1/120 別表第 1(6 8 及び10 関係 ) 放射性物質の種類が明らかで かつ 一種類である場合の放射線業務従事者の呼吸する空気中の放射性物質の濃度限度等 添付 第一欄第二欄第三欄第四欄第五欄第六欄 放射性物質の種類 吸入摂取した 経口摂取した 放射線業 周辺監視 周辺監視 場合の実効線 場合の実効線 務従事者 区域外の 区域外の 量係数 量係数 の呼吸す 空気中の 水中の濃 る空気中 濃度限度
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