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Nuclear spin relaxation of extremely dilute impurities using Brute-force NMRON K.Nishimura($BIY;3Bg(B)
S.Ohya,Y.Kawamura,T.Ohtsubo,
T.Izumikawa ($B?73cBg(B)
S.Muto (KEK)
K.Mori($BIY;3Bg(B)		 J. PhyS.Soc. Jpn.71
(2002)1589-1593		 JRR-3,HR-1 Brute-force
NMRON,
l ow
temperature,
relaxation
time,
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impurities
155Gd Mossbauer spectroscopic study of GdM(CN)6.4H2O (M=Cr$B-7(B,Fe$B-7(B & Co$B-7(B) & KGdM(CN)6.3H2O (M=Fe$B-6(B & Ru$B-6(B) J.Wang,J.Abe,T.Kitazawa,
M.Takahashi,M.Takeda($BElK.BgM}(B)		 Z.NaturforscH.57a
(2002) 581-585		 JRR-3M HR-2 (IR=J^310$BJ,8w(B,
$BD6J,;R:xBN(B,
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155Gd Mossbauer spectra of some Gd(III)-$B&B(B-diketonato complexes J.Wang,M.Takahashi,
T.Kitazawa,M.Takeda($BElK.BgM}(B)		 J. Raioanal. Nucl.
CheM.255
(2003) 195-199		 JRR-3M HR-2 (IR=J^310$BJ,8w(B,
$B&B(B-(I<^9D]$B:xBN(B
161Dy Mossbauer spectra for cyano coordination polymer compounds K.Suzuki,T.Kitazawa,
M.Takahashi,M.Takeda($BElK.BgM}(B)		 J. Raioanal. Nucl.
CheM.255
(2003) 305-309		 JRR-3M HR-2 (IR=J^310$BJ,8w(B,
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The relation between Sb-I bond lengths and charges on iodine atoms determined by 127I Mossbauer spectroscopy M.Takeda,M.Takahashi,
K-Y.Akiba,S.Kojima
($BElK.BgM}(B,$B9-EgBgM}(B,$BAaBg(B)		 J. Raioanal. Nucl.
CheM.255 (2003)
275-278		 JRR-3M BR-1 (IR=J^310$BJ,8w(B,
$B7k9g5wN%(B,
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127I Mossbauer spectra for phenyl iodonium ylides T.Nishimura,H.Iwasaki,
M.Takahashi,M.Takeda($BElK.BgM}(B)		 J. Raioanal. Nucl.
CheM.255
(2003) 499-502		 JRR-3M BR-1 (IR=J^310$BJ,8w(B,
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237Np Mossbauer spectra for Neptunyl($B-:(B) oxalate NpO2C2O4(I%(B3H2O and amorphours Neptenyl($B-:(B)hydroxide NpO2(OH)2(I%(BxH2O, J.Wang,T.kitazawa,
M.Nakada,T.Yamashita,M.Takeda		 J. Nucl. Sci.Tecnol.
Supplement 3,429-432
(2002).		 $B!!(B $B!!(B
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Optical absorption peaks observed in electron-irradiated n-type Si Masahi Suezawa,Naoki Fukata
and Atsuo Kasuya
($BElKLBg3X6bB0:`NA8&5f=j(B)		 Physica B 308-310
(2001) 276-279		 $B9b:j8&(B,
2$B9f2CB.4o(B		 (I$BEE;R>H$B86;R6u9&(B,
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Complexes of point defects and impurities in electron-irradiated CZ-Si doped with hydrogen Akiko Nakanishi,Naoki Fukata
and Masashi Suezawa
($BElKLBg3X6bB0:`NA8&5f=j(B) 		Physica B 308-310
(2001) 216-219 		$B9b:j8&(B,
2$B9f2CB.4o(B		 (I$BEE;R>H$B86;R6u9&(B,
$B8w5[<}(B
Temperature dependences of linewidths and peaK.positions of optical absorption peaks due to localized vibration of hydrogen in Si Masashi Suezawa,Naoki Fukata,
Mineo Saito
and Hiroshi Yamada-Kaneta
($BElKLBg3X6bB0:`NA8&5f=j(B)		 Physica B 308-310
(2001) 220-223		 $B9b:j8&(B,
2$B9f2CB.4o(B		 (I$BEE;R>H$B6I:_?6F0(B,
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Temperature dependence of vibrational spectra of H-point defect complexes and H2* in Si Masashi Suezawa,Naoki Fukata,
Toru Takahashi,Mineo Saito,
Hiroshi Y.-Kaneta
($BElKLBg3X6bB0:`NA8&5f=j(B)		 PhyS.Rev. B 64
(2001) 085205-1$B!A(B7		 $B9b:j8&(B,
2$B9f2CB.4o(B		 (I$BEE;R>H$B6I:_?6F0(B,
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Formation of defect complexes by electron-irradiation of hydrogenated crystalline silicon Masashi Suezawa
($BElKLBg3X6bB0:`NA8&5f=j(B)		 PhyS.Rev. B 63
(2000) 035201-1$B!A(B7		 $B9b:j8&(B,
2$B9f2CB.4o(B		 (I$BEE;R>H$BJ#9gBN(B,
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Hydrogen-related complexes formed by electron-irradiation of hydrogenated silicon Masashi Suezawa
($BElKLBg3X6bB0:`NA8&5f=j(B)		 PhyS.Rev. B 63
(2001) 035203-1$B!A(B8		 $B9b:j8&(B,
2$B9f2CB.4o(B		 (I$BEE;R>H$BJ#9gBN(B,
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$B5H0f(B($B868&9b:j(B)		 Colloid Polymer
Science,2000,278,
352-357
((ID^2B:[2D^$B3X2q(B)		 $B6(NO8&5f(B $BN)BN5,B'@-(B,
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$B5H0f(B($B868&9b:j(B)		 Colloid Polymer
Science,2000,
278,757-763
((ID^2B:[2D^$B3X2q(B)		 $B6(NO8&5f(B $BEE;R@~>H $BJq@\=E9g(B,
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$B5H0f(B($B868&9b:j(B)		 Colloid Polymer
Science,2000,278,
757-763
((ID^2B:[2D^$B3X2q(B)		 $B6(NO8&5f(B $BEE;R@~>H $BJq@\=E9g(B,
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$BG"AGJq@\=E9g$K$h$C$FN)BN5,B'@-%]%j%"%/%j%m%K%H%j%k(B(83-25$B!s(B)$BJ4KvBN$N9-3Q#X@~B,Dj!'FC0[$JN)BN5,B'EY!]7k>=2=EY$N4X78(B $B3'@n(B,$BJ?(B,$BLyEDLy(B,$BLn:j(B($B;37ABg(B)
$B5H0f(B($B868&9b:j(B)		 Macromolecules,
2001,34$B4,(B,11$B9f(B
((I1RX6$B2=3X2q(B)
3679-3683		 $B6(NO8&5f(B $BN)BN5,B'@-(B
(IN_X18X[FDXY(B,
$B#X@~9-3QB,Dj(B,
$B0[>o$J(I@8C(<0(B
$B7k>=2=EYAj4X(B
Radiation induced lattice defects in InGaAsP laser diodes and their effects on devices performance $BBg;31QE5(B,$BGnB?E/:H(B,$B9)F#M'M5(B,
$BJF2,>-;J(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B9b8+J]@6(B($BN)65Bg(B)
$B?\1JGnH~(B($B9b:j868&(B)		 PhysicaB,273-274,
p.1031-1033(1999)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 InGaAsP(IC^J^2=(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Impact of induced lattice defects on performance degrdation of AlGaAs/GaAs p-HEMTs $BBg;31QE5(B,$BGnB?E/:H(B,
$B9)F#M'M5(B($B7'K\EEGH9b@l(B)
$B9uED<"(B($BIY;NDL(I6]@QC^J^2=(B)
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$B9b8+J]@6(B($BN)65Bg(B)
$B?\1JGnH~(B($B9b:j868&(B)		 Physica B ,273-274,
p.1034-1036(1999)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 HEMT(IC^J^2=(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Radiation induced lattice defects in InGaP/GaAs p-HEMTs and their effects on device performance $BBg;31QE5(B,$BGnB?E/:H(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B9uED<"(B($BIY;NDL(I6]@QC^J^2=(B)
$B9b8+J]@6(B($BN)65Bg(B)
$B?\1JGnH~(B($B9b:j868&(B)		 Solid StatePhenomena,
69-70,p.563-568(1999)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 HEMT(IC^J^2=(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Impact of the divacancy on the generation - recombination properties of high-energy particles irradiated Flot-Zone silicon diodes $BBg;31QE5(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)		 Nucl.Instrum.
Methods A,439,
p.310-318(2000)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 Si(IC^J^2=(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Impact of neutron irradiation on optical perfomance of InGaAsP later diodes $BBg;31QE5(B,$B9)F#M'M5(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B9b8+J]@6(B($BN)65Bg(B)
$B?\1JGnH~(B($B9b:j868&(B)		 Solid Thin Films,
364,p.250-254(2000)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 InGaAsP(IC^J^2=(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Radiation damage of n-MOSFETs fabricated in a fabricated in a BiCMOS process $BBg;31QE5(B,$BJF2,>-;N(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
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$BCfNS@5OB(B($B;0I)EE5!(B)
$B?\1JGnH~(B($B9b:j868&(B)		 Journal of
Materials Science,
12,p.227-230 (2001)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 MOS(IC^J^2=(B,
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$BF3F~3J;R7g4Y(B
Impact of lattice defects on device performance of AlGaAs /GaAs p-HEMTs $BBg;31QE5(B,$BGnB?E/:H(B,$B9)F#M'M5(B,
$B;g3@0lDg(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B9b8+J]@6(B($BN)65Bg(B)
$B?\1JGnH~(B($B9b:j868&(B)		 Solid State
Phenomena,78-79,
p.319-324(2001)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 HEMT(IC^J^2=(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Negative photo inductivity in polycrystalline silicon films doped with phosphorus $BBg;31QE5(B,$BJF2,>-;N(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
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$B9b8+J]@6(B($BN)65Bg(B)
$B?\1JGnH~(B,$BBm_7=U4n(B($B9b:j868&(B)		 Solid State
Phenomena,78-79,
p.225-230(2001)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 (IN_X$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Radiation induced defects in n-MOSFETs and their effects on device perfprmance $BBg;31QE5(B,$B9)F#M'M5(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B9b8+J]@6(B($BN)65Bg(B)
$B8E1H=EH~(B($B6e9)Bg(B)		 Solid State
Phenomena,78-79,
p.205-210(2001)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 MOS(IC^J^2=(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Effect of lattice defects on degradation of flash memory cell $BBg;31QE5(B,$B9)F#M'M5(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B9b8+J]@6(B($BN)65Bg(B)
$B8E1H=EH~(B($B6e9)Bg(B)		 Solid State
Phenomena,78-79,
p.231-236(2001)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 (ILW/<-RSX0(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Assessment of radiation induced lattice defects in shallow trench isolation diodes irradiated by neutron $BBg;31QE5(B,$BMU;3@651(B($B7'K\EEGH9b@l(B)
$BCfNS@5OB(B($B;0I)EE5!(B)
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E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B>.NS0lGn(B(NIMS)		 Solid State
Phenomena,78-79,
p.357-366(2001)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 STI(I@^250D^(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Radiation damages of polycrystalline silicon films and npn Si transistors by high-energy particle irradiation $BBg;31QE5(B($B7'K\EEGH9b@l(B)
$BCfNS@5OB(B($B;0I)EE5!(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$BJ?HxIRM:(B($B9b:j868&(B)		 Microelectron.
Reliab.,41,
p.1443-1448(2001)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 Si(IDW]<^=@(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Radiation damage of InGaAsP later diodes by high-temperature $B&C(B-ray and electron irradition $BBg;31QE5(B($B7'K\EEGH9b@l(B)
$BCfNS@5OB(B($B;0I)EE5!(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$BJ?HxIRM:(B($B9b:j868&(B)		 Proc. of
the 31th European
Solid-State device
Research Conference
ESSDERC 2001,
p.351-355 (2001)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 InGaAs(IC^J^2=(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Reliability of polycrystalline silicon film resistors $BBg;31QE5(B($B7'K\EEGH9b@l(B)
$BCfNS@5OB(B($B;0I)EE5!(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)		 Microelectron.Reliab.,
41,p.1341-1346(2001).		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 (IN_X$BFC@-Nt2=(B,
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Induced lattice defects in InGaAsP later diodes by high-temperature gamma ray irradiation $BBg;31QE5(B($B7'K\EEGH9b@l(B)
$BCfNS@5OB(B($B;0I)EE5!(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$BJ?HxIRM:(B($B9b:j868&(B)		 Physica B,308-310,
p.1185-1188(2001)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 InGaAs(IC^J^2=(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Radiation defects in STI Silicon diodes and their effects on device performance $BBg;31QE5(B,$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B9b8+J]@6(B($BN)65Bg(B)
$B>.NS0lGn(B(NIMS)
$BJ?HxIRM:(B,$B0KF#5W5A(B($B9b:j868&(B)		 Physica B,308-310,
p.1217-1221(2001)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 STI(IC^J^2=(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Impact of lattice defects on the performance degradation of Si photodiodes by high-temperature gamma and electoron irradiation $BBg;31QE5(B,$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B9b8+J]@6(B($BN)65Bg(B)
$B>.NS0lGn(B(NIMS)
$BJ?HxIRM:(B,$B0KF#5W5A(B($B9b:j868&(B)		 Physica B,308-310,
p.1226-1229(2001)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 Si(IL+D@^250D^(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Radiation damages of npn Si transisitors by high-tempereture gamma ray and 1-MeV electron irradiation $BBg;31QE5(B($B7'K\EEGH9b@l(B)
$BCfNS@5OB(B($B;0I)EE5!(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$BJ?HxIRM:(B,$B0KF#5W5A(B($B9b:j868&(B)		 Solid State
Phenomene,82-84,
p.465-470(2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
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Impact of high-energy particle irradiation on polycrystalline silicon films $BBg;31QE5(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$BCfNS@5OB(B($B;0I)EE5!(B)		 Solid State
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p.471-476(2002)		 $B9b:j868&(B
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Radiation effects on n-MOSFETs fabricated in a BiCMOS process $BBg;31QE5(B,$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$BCfNS@5OB(B($B;0I)EE5!(B)		 Nucl.Instrum.
Methods B,186,
p.419-423(2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
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Radiation damage in flash memory cell $BBg;31QE5(B,$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$BCfNS@5OB(B($B;0I)EE5!(B)		 Nucl.Instrum.
Methods B,186,
p.392-400(2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
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$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Radiation damage of polycrystalline Silicon films $BBg;31QE5(B,$BJF2,>-;N(B($B7'K\EEGH9b@l(B)
$BCfNS@5OB(B($B;0I)EE5!(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)		 Nucl.Instrum.
Methods B,186,
p.176-180(2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 $BB?7k>=(I$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Defect assessment of irradiated STI diodes $BBg;31QE5(B,$BMU;3@651(B($B7'K\EEGH9b@l(B)
$B>.NS0lGn(B(NIMS)
$BCfNS@5OB(B($B;0I)EE5!(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)		 Nucl.Instrum.
Methods B,186,
p.424-428(2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 STI(I@^250D^(B,
$BFC@-Nt2=(B,
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Effects of mechanical stress on polycrystalline-silicon resistors $BBg;31QE5(B($B7'K\EEGH9b@l(B)
$BCfNS@5OB(B($B;0I)EE5!(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)		 Thin Solid Films,
406/1-2,p.195-199
(2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
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$BF3F~3J;R7g4Y(B
Effects of high-temperature gamma ray irradiation on npn Si transisitors $BBg;31QE5(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$BCfNS@5OB(B($B;0I)EE5!(B)
$BJ?HxIRM:(B($B9b:j868&(B)		 Proc. of
the 6thEuropean Conf.
Radiation Effects
on Components
and Systems,
RADECS 2001,
Gronoble France,
p.124-126 (2001)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 Si(IDW]<^=@(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Radiation damage induced in Si photodiodes by high-temperature neutron irradiation $BBg;31QE5(B,$B9bAR7r0lO:(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$BCfNS@5OB(B($B;0I)EE5!(B)
$B>eB<		 Proc. of
4th InT.ConF.
on Materials for
Microelectronics
and Nanoengineering,
Espoo Finland,
p.135-139 (2002) 		$B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 Si(IDW]<^=@(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Influence of irradiation temperature on electron-irradiated STI diodes $BBg;31QE5(B,$B9bAR7r0lO:(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)		 Proc. of
4th InT.ConF.
on Materials for
Microelectronics
and Nanoengineering,
Espoo Finland,
p.299-302(2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 STI(I@^250D^(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Radiation damage of MOSFETs by high temperature electoron irradiation $BBg;31QE5(B,$B9bAR7r0lO:(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)		 Proc. of InT.ConF.
on Electrical
Enagineering 2002,
Jeju Island Korea,
p.1287-1290 (2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 MOS(IDW]<^=@(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Irradiation temperature dependence of radiation damage in Si photodiodes $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B>eB<		 Proc. of InT.ConF.
on Electrical
Enagineering 2002,
Jeju Island Korea,p
.1368-1371 (2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 Si(I@^250D^(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Formation and Migration of Helium Bubbles in Fe and Fe-9Cr Alloy K.Ono,K.Arakawa,K.Hojou
($BEg:,Bg3XAm9gM}9)(B)		 J.Nucl.Mater.,
307-311,1507-1512,
2002		 $B0lHL6(NO8&5f(B
FE-TEM,
(I25]$B2CB.4o(B		 $B3KM;9gO':`NA(B,
(IMX3Q(B,
$B>H(I=4X]8^(B,
(IJ^L^Y(B
Deformation-Enhanced Cu Precipitation in Fe-Cu Alloy Studied by Positron Annihilation Spectroscopy T.Onitsuka,M.Takenaka,E.Kuramoto,
Y.Nagai,M.Hasegawa		 PhyS.Rev. B,
Vol.65,(2002)
012204-1$B!A(B012204-4.		 $B868&9b:j(B
3MV(I@]C^Q$B2CB.4o(B		 $B!!(B
Study of Fundamental Features of Bias Effect in Metals under Irradiation E.Kuramoto,K.Ohsawa,T.Tsutsumi J. Nucl. Mat.,
Vol.307-311 (2002)
982-987.		 $B868&9b:j(B
3MV(I@]C^Q$B2CB.4o(B		 $B!!(B
$B7k>=Cf$N>H $BB"851Q0l(B $BF|K\J*M}3X2q;o(B,
Vol. 58,No.3
(2003) 158-165.		 $B868&9b:j(B
3MV(I@]C^Q(B		 $B!!(B
Elemental Analysis of Positron Affinitive Site in Materials by Coincidence Doppler Broadening Spectroscopy Y.Nagai,Z.Tang,H.Ohkubo,
K.Takadate,M.Hasegawa		 Rad. PhyS.Chem.,(2003)
Accepted for Publication		 $B868&9b:j(B
2$B9f2CB.4o(B		 $BM[EE;R>CLG(B,
$B>H
Positronium in Silica-based Glasses Y.Sasaki,Y.Nagai,H.Ohkubo,
K.Inoue,Z.Tang,M.Hasegawa		 Rad. PhyS.Chem.,(2003)
Accepted for Publication		 $B868&9b:j(B
2$B9f2CB.4o(B		 $BM[EE;R>CLG(B,
$B>H
Positronium in Silica-based Glasses K.Inoue,Y.Sasaki,Y.Nagai,
H.Ohkubo,Z.Tang,M.Hasegawa		 Proc. of InT.
Workshop on
Positron Studies
of Defects
in Semiconductors
(PSSD-2002)
Edited by M.Hasegawa,
Z.Tang and Y.Nagai,
SepT.29-OcT.4,2002,
Sendai,Japan		 $B868&9b:j(B
2$B9f2CB.4o(B		 $BM[EE;R>CLG(B,
$B>H
Positron annihilation study of vacancy-solute complex evolution in Fe-based alloys Y.Nagai,K.Takadate,Z.Tang,
H.Ohkubo,H.Sunaga,H.Takizawa,
M.Hasegawa		 PhyS.Rev. B 67 (2003)
Accepted for Publication		 $B!!(B $B!!(B
Optical absorption study of electron-irradiated Czochralski-grown silicon doped with hydrogen Akiko Nakanishi,Masashi Suezawa,
Naoki Fukata
($BElKLBg3X6bB0:`NA8&5f=j(B)		 JpN.J. Appl. PhyS.
Vol. 41,No. 6A,
3629-3636,2002		 2$B9f2CB.4o(B silicon,
electron
irradiation,
hydrogen,
vacancy,
optical
absorption
Many optical absorption peaks observed in electron-irradiated n-type Si M.Suezawa,N.Fukata,T.Mchedlidze,
A.Kasuya($BElKLBg3X6bB0:`NA8&5f=j(B)		 J. Appl. PhyS.
Vol. 92,No. 11,
6561-6566,2002		 2$B9f2CB.4o(B silicon,
vacancy,
electron-
irradiation,
optical
absorption
Complexes of point defects and impurities in electron-irradiated n-type Cz-Si pre-doped with hydrogen A.Nakanishi,N.Fukata,B.Suezawa PhyS.StaT.Sol.
(b)235,No.1,115-120,
2003		 2$B9f2CB.4o(B silicon,
electron
irradiation,
hydrogen,
vacancy,
optical
absorption
Irradiation-induced improvement of crystalline quality of epitaxial Cu/Si(100) films K.Takahiro,N.Takeshima,
K.Kawatsura($B5~ET9)A!Bg9)7](B)
S.Nagata($BElKLBg6b8&(B)
S.Yamamoto,H.Naramoto($B868&(B)		 SurF.CoaT.Technol.
158-159,334-338,2002		 $B868&9b:j(B
(I25]$BCmF~4o(B		 (I25]$B>H(I4K_@7<,Y$BKl(B,
(I25]A,HX]8^(B
Structure of amorphized C60 films studied by Raman spectroscopy and X-ray photoelectron spectroscopy R.Ookawa,K.Takahiro,
K.Kawatsura($B5~ET9)A!Bg9)7](B)
F.Nishiyama($B9-EgBg9)(B)
S.Yamamoto,H.Naramoto($B868&(B)		 Nucl. InstR. MetH.
B 206,175-178,2003		 $B868&9b:j(B
(I25]$BCmF~4o(B		 (I1SYL'=$B2=2aDx(B,
(IN_XO0$B2=2aDx(B,
$B#X@~8wEE;RJ,8wK!(B
Surface morphology of glassy carbon irradiated with nitrogen ions K.Takahiro,R.Ookawa,
K.Kawatsura($B5~ET9)A!Bg9)7](B)
F.Nishiyama($B9-EgBg9)(B)
S.Nagata($BElKLBg6b8&(B)
S.Yamamoto,K.Narumi,
H.Naramoto($B868&(B)
M.Iwaki($BM}8&(B)		 Nucl. InstR.MetH.
B 206,206-210,2003		 $B868&9b:j(B
(I25]$BCmF~4o(B		 (I6^W=$B>uC:AG(B,
$BCbAG(I25]$BCmF~(B,
$BI=LL7ABV(B
Formation of CuCl and AgCl nanoclusters by sequential implantation K.Takahiro,
K.Kawatsura($B5~ET9)A!Bg9)7](B)
S.Nagata($BElKLBg6b8&(B)
S.Yamamoto,H.Naramoto($B868&(B)
M.Sasase,Y.Ito($B		 Nucl. InstR.MetH.
B 206,639-643,2003		 $B868&9b:j(B
(I25]$BCmF~4o(B		 CuCl,AgCl,
(IEI8W=@0(B,
$BC`$BNe5/;R(B
Radiation damage in Si photodiodes by high temperature irradiation $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B>eB<		 Proc. of E-MRS
2002 Spring Meeting,
Strasbourg France,
p.17 (2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 Si(IL+D@^250D^(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Effects of irradiation temperature on radiation damage in electron-irradiated MOS FE $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)		 Proc. of 8th InT.Conf.
on Electronic Materials
(IUMRS-ICEM2002)
Xi'an China,
p. 494(2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 MOSFET,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Radiation damage of Si photodides by high-temperature irradiation $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B>eB<		 Proc. of 8th InT.ConF.
on Electronic Materials
(IUMRS-ICEM2002)
Xi'an China,
p. 495 (2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 Si(IL+D@^250D^(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Irradiation temperature dependence of radiation damage in STI diodes $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys,
A.Poyai(IMEC,(IM^Y7^0(B)		 Proc. of 8th InT.ConF.on
Electronic Materials
(IUMRS-ICEM2002)
Xi'an China,p. 487(2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 STI(I@^250D^(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Radiation damage in deep submicron MOSFETs by high-temperature electron irradiation $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys,
A.Poyai(IMEC,(IM^Y7^0(B)		 Proc. of the 21th
Electronics Materials Symposium,
Izu-Nagaoka,
p.199-200 (2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 MOSFET,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Radiation damages in STI diodes after high temperature electron-irradiation $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys,
A.Poyai(IMEC,(IM^Y7^0(B)		 Proc. of
the RADECS workshop,
Radiation and
its Effects
on Components
and Systems,
Padova Italy,
September 19-20,
p.121-123(2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 STI(I@^250D^(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Model for the radiation degradation of polycrystalline silicon films $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys,
A.Poyai(IMEC,(IM^Y7^0(B)
$BCfNS@5OB(B($B;0I)EE5!(B)		 Proc. of
the RADECS workshop,
Radiation
and its Effects
on Components
and Systems,
Padova Italy,
September 19-20,
111-114 (2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 (IN_X$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Effects of high-temperature electron irradiation on submicron MOSFETs $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys,
A.Poyai(IMEC,(IM^Y7^0(B)		 Proc. of
the RADECS workshop,
Radiation and
its Effects on
Components
and Systems,
Padova Italy,
September 19-20,
p.107-109(2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 MOSFET,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B,
$B9b29EE;R@~>H
Degradation behaviors of high-temperature irradiated Si photodiodes $BBg;31QE5(B,$BMU;3@651(B($B7'K\EEGH9b@l(B) Proc. of
the 3rd Jpan-Korea
Joint workshop
on advanced
semiconductor
processes
nd equipments,
p.123-124 (2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 MOSFET,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B,
$B9b29EE;R@~>H
The future SOI CMOS as COT devices for space application $BBg;31QE5(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)		 Proc. of
the 5th InT.workshop
on radiation effects
on semiconductor
devices for
sapce application,
p.53-60 (2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 MOSFET,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B,
$B9b29EE;R@~>H
Degradation behaviors for high-temperature irradiated npn Si transistors $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys,
A.Poyai(IMEC,(IM^Y7^0(B)		 Proc. of
the 5th InT.workshop
on radiation effects
on semiconductor
devices for
sapce application,
p.89-92 (2002)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 Si(IDW]<^=@(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B,
$B9b29EE;R@~>H
Damage coefficient in high-temperature particle- and g-irradiated silicon p-i-n diode $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B5WJ];3CR;K(B,$B>>ED=cIW(B,$B=P8}BY(B
($B1'Ch3+H/;v6HCD(B)		 Appl. PhyS.Lett.,82,
p.296-298 (2003)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 Si(IL+D@^250D^(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B,
$B9b29EE;R@~>H
Radiation damage in Si photodiodes by high temperature irradiation $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)		 Physica E 16,
p.533-538 (2003)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 Si(IL+D@^250D^(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B,
$B9b29EE;R@~>H
Effects of irradiation temperature on radiation damage in electron-irradiated MOS FETs $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)		 Microelectronic
Engineering,66,
p.530-535 (2003)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 MOSFET,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B,
$B9b29EE;R@~>H
Radiation damage of Si photodides by high-temperature rradiation $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)		 Microelectronic
Engineering,66,
p.536-541(2003)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 Si(IL+D@^250D^(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B,
$B9b29EE;R@~>H
Irradiation temperature dependence of radiation damage in STI diodes $BBg;31QE5(B,$B9bAR7r0lO:(B,
$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,C.Claeys,
A.Poyai(IMEC,(IM^Y7^0(B)		 Microelectronic
Engineering,66,
p.517-521(2003)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 STI(I@^250D^(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B,
$B9b29EE;R@~>H
Impact of 20MeV alpha ray irradiation on theV-band performance of AlGaAs psuedomorphic HEMTs $BBg;31QE5(B,$BJF2,>-;N(B($B7'K\EEGH9b@l(B)
K.Yajima,T.Kato,
$BCfNS@5OB(B($B;0I)EE5!(B)
E.Simoen,C.Claeys(IMEC,(IM^Y7^0(B)
$B9b8+J]@6(B($BN)65Bg(B)
$B>.NS0lGn(B(NIMS)
$BBm_7=U4n(B($B9b:j868&(B)		 IEEE Trans.
on Nucl.
and Sci.,47,
p.2546-2550
(2000)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 HEMT(IC^J^2=(B,
$BFC@-Nt2=(B,
$BF3F~3J;R7g4Y(B
Vortex phase transition and correlation in partially Au-ion irradiated YBa2Cu3O7 films T.Nojima,J.Z.Liu,T.Nishizaki,
S.Okayasu,N.Kobayashi		 Physuca C 357-360
(2001) 469-472		 $B!!(B $B!!(B
Effwct of weaK.point disorder on vortex matter phase diagram in untwined YBa2Cu3Oy single crystals Terukazu Nishizaki,
Tomoyuki Naito,Satoru Okayasu,
Akihiro Iwase,Norio Kobayashi		 PHYSICAL REVIEW B
VOLUME 61,
NUMBER 5 1
FEBRUARY 2000-$B-5(B		 $B!!(B $B!!(B
VORYEX PHASE DIAGRAM OF Yba2Cu3Oy IN HIGH MAGNETIC FUELDS-EFFECTS OF WEAK.DISORDER- N.KOBAYASHI,T.NISHIZAKI,
K.SHIBATA,S.OKAYASU,A.IWASE,
S.SAKATSUME		 Physical Phenomena
at High Magnetic
Fields-$B-7(B24-27
Octobor 1998		 $B!!(B $B!!(B
ELECTRON IRRADIATION EFFECTS ON THE VORTEX PHASE DIAGRAM IN UNWINNED Yba2 Cu3Oy Terukazu Nishizaki,
Tomoyuki Naito,Satoru Okayasu,
Akihiro Iwase,Norio Kobayashi		 Advances in
Superconductivity $B->-5(B
Proc. of the 11th InT.Symposium on
Superconductivity
(ISS 98)
Novenber 16-19,
1998,Fukuoka 		$B!!(B $B!!(B
VORTEX PHASE DIAGRAM IN HIGT-Tc SUPERCONDUCTOR YBa2 Cu3 Oy N.KOBAYASHI,T.NISHIZAKI,
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Dielectric Relaxation Phenomena of Electron Beam Irradiated Polyetheretherketone K.Shinyama,M.Baba
and S.Fujita ($BH,8M9)6HBg(B)		 The Bulletin of
Hachinohe Institute
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Komuro,K.($B2,;3M}Bg(B,$BC^GHBg(B)		 LED2002,10th InT.ConF.
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abstract,180
(2002)		 $B868&9b:j(B
3MV(I@]C^Q$B2CB.4o(B		 radiation-damage
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$B>.NS0lGn(B(NIMS)		 Proc. of
Materials Research
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San Francisco,USA,
364,p.250-254 (2000)		 $B9b:j868&(B
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G.Fanourakis(IMEC,(IM^Y7^0(B)		 Proc. of
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p.193-203,(2000)		 $B9b:j868&(B
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Proceeding of the Radiation and its Effects on Components and System RADECS 99,Fontevraud France $BBg;31QE5(B,$BGnB?E/:H(B,
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Fontevraud France,
p.295-299(2000)		 $B9b:j868&(B
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Degradation and recovery of AlGaAS/GaAs p-HEMTs by high energy particles $BBg;31QE5(B,$BGnB?E/:H(B,
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$B>e>2H~Li(B($BElBg(B)		 Proc. of
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p.11-14
(2000)		 $B9b:j868&(B
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$B9b8+J]@6(B($BN)65Bg(B)		 Proc. of
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H.Takizawa$B9b:j868&(B)		 Proc. of the 19thElectronics
Materilas Symposium,
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p.17-18(2000)		 $B9b:j868&(B
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Materilas Symposium,
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p.19-20(2000)		 $B9b:j868&(B
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20MeV alpha ray irradiation effects in AlGaAspseudomorphic HEMTs $BBg;31QE5(B($B7'K\EEGH9b@l(B) Proc. of
the Japan-Korea
joint workshop on
advanced
semicondustor
processes and
equipments,
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p.89-90 (2000)		 $B9b:j868&(B
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E.Simoen(IMEC,(IM^Y7^0(B)		 Proc. of
the 3rd InT.ConF.
on Materials for
Microelectronics,
Dublin Castle Ireland,
p.107-110 (2000)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
TIARA)		 MOSFET,
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Influence of boron implantation dose on themechanical stress in polycrystalline silicon films $BBg;31QE5(B,$BJF2,>-;N(B($B7'K\EEGH9b@l(B)
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$B?\1JGnH~(B,$BBm_7=U4n(B($B9b:j868&(B)		 Proc. of
the 3rd InT.ConF.
on Material for
Microelectronics,
Dublin Ireland,
p.85-88 (2000)		 $B9b:j868&(B
($BEE;R2CB.4o(B,
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20MeV alpha ray effects in AlGaAs p-HEMTs $BBg;31QE5(B,$BJF2,>-;N(B($B7'K\EEGH9b@l(B)
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$B9b8+J]@6(B($BN)65Bg(B),$B>.NS0lGn(B(NIMS)
$BLpEh9'B@O:(B,$BCfNS@5OB(B($B;0I)EE5!(B)
$B?\1JGnH~(B,($B9b:j868&(B)		 Proc. of
the 4rd InT.
Workshop on
Radiation Effects on
Semiconductor
Devices for
Space Applications,
Tsukuba Japan,
p.133-138 (2000)		 $B9b:j868&(B
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Radiation performance of shallow trench isolation $BBg;31QE5(B,$BMU;3@651(B($B7'K\EEGH9b@l(B)
E.Simoen,A.Poyai,C.Claeys,
A.Mohammadzadeh(IMEC,(IM^Y7^0(B)
$B>.NS0lGn(B(NIMS)		 Proc. of the 4th
InT.Workshop on
Radiation Effects on
Semiconductor
Devices for
Space Applications,
Tsukuba Japan,
p.19-24 (2000)		 $B9b:j868&(B
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Radiation performance of deep submicron CMOS technologies for space applications $BBg;31QE5(B($B7'K\EEGH9b@l(B)
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A.Mohammadzadeh(IMEC,(IM^Y7^0(B)		 Proc. of the 4th
Intertnational
Workshop on Radiation
Effects on Semiconductor
Devices for
Space Applications,
Tsukuba Japan,
p.113-119 (2000)		 $B9b:j868&(B
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TIARA)		 CMOS(IC^J^2=(B,
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$B>e>2H~Li(B($BElBg(B)		 Proc. of the 6th
InT.workshop on
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of microstructures
in semiconductors,
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in semiconductors,
Fukuoka,Japan,
p.60 (2000)		 $B9b:j868&(B
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Radiation induced defects in n-MOSFETs and their effects on device performance $BBg;31QE5(B,$BJF2,>-;N(B,
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$B8E1H=EH~(B($B6e9)Bg(B)		 Proc. of the 6th
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assessment
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in semiconductors,
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p.70 (2000)		 $B9b:j868&(B
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Assessment of radiation induced lattice defects in shallow trench isolation diodes irradiated by neutoron $BBg;31QE5(B,$BMU;3@651(B($B7'K\EEGH9b@l(B)
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A.Mohammadzadeh(IMEC,(IM^Y7^0(B)
$B8E1H=EH~(B($B6e9)Bg(B)		 Proc. of the 6th
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workshop on
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Studies of degradation mechnism for InGa0.53As0.47p-i-n photodiodes $BBg;31QE5(B($B7'K\EEGH9b@l(B)
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J.S.Laird($B9b:j868&(B)		 Proc. of
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workshop,
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on Components
and Systems,
Belgium,p.105-109,2000		 $B9b:j868&(B
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2001Korea-Japan
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$B>.NS0lGn(B(NIMS)		 Proc. of
InT.ConF.on
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ICEE 2001,
p.1720-1723 (2001)		 $B9b:j868&(B
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$BCfNS@5OB(B($B;0I)EE5!(B)		 Proc. of
InT.ConF.on
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Engineering,
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($BEE;R2CB.4o(B,
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Irradiation Induced Vacancy-Cu Aggregations in Fe-Cu and Fe-Cu-Ni Model Alloys of Reactor Pressure Vessel Steels Studied by Positron Annihilation Y.Nagai,K.Takadate,Z.Tang,
H.Ohkubo,M.Hasegawa		 Effect of Radiation
on Materials,
ASTM STP 1447,
M.L. Grossbeck,
Ed.,ASTM Int.,
West Conshohocken,
PA,2003		 $B!!(B $B!!(B
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2003$BG/(B3$B7n(B27$BF|(B-30$BF|(B		 Co-60$B>H BP-1(I6^W=(B,
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BP-1$B%,%i%9Ht@W8!=P4o$N??6u;g308w$rMQ$$$?%T%s%[!<%k%9%-%c%s(B-2 S.Nakamura,T.Kitamura,
Y.Watanabe($B2#IM9qBg9)3XI\(B)
M.Sekiguchi,
K.Namiki($BElK.BgM}3XIt(B)
H.Tawara($B9b%(8&(B)
N.Yasuda($BJ|0e8&(B)
T.Doke($BAaBgM}9)Am8&(B)		 $BF|K\J*M}3X2q(B
$BBh(B58$B2sG/$B8}F,H/I=(B,
2003$BG/(B3$B7n(B28$BF|(B- 31$BF|(B,
$BElKLBg3X(B		 Co-60$B>H BP-1(I6^W=(B,
$BJ|$BCe?'8z2L(B
$BEE;R@~$r>H $B5FCSM:0lO:(B,$B>.EhCRLi(B,$B?.;39n5A(B,
$BF#ED@.N4(B($BH,8M9)6HBg3X(B)		 $BJ?@.(B14$BG/EYEE5$4X783X2q(B
$BElKL;YItO"9gBg2q(B
$B9V1iO@J8=8(B,2C-7,p. 94 (2002.8)		 1$B9f2CB.4o(B $BEE;R@~>H$BM6EEFC@-(B
He$B%,%9Cf$GEE;R@~>H $B?.;39n5A(B,$BF#ED@.N4(B($BH,8M9)6HBg3X(B) $BH,8M9)6HBg3X5*MW(B,$BBh(B21$B4,(B,
No.21,pp.103-108
(2002.2)		 1$B9f2CB.4o(B $BEE;R@~>H$BM6EEFC@-(B
An attempt to make a cathodoluminescence(CL) geodosimeter: CL measurement of synthetic and natural quartz after He + implantation Horikawa,Y.,Komuro,K.
and Toyoda,S.($BC^GHBg(B,$B2,;3M}Bg(B)		 $BCO5eOG@12J3X4XO"3X2q(B
2002$BG/9gF13X2q(B,
G004-011,(2002)		 $B868&9b:j(B
3MV(I@]C^Q$B2CB.4o(B		 radiation-damage
halos,
geodosimeter,
low-quartz,
cathodo-
luminescence,
He+ ion
implantation
Measurement conditions for radiation-damage halos in low-quartz using cathodoluminescence microscope and cooled CCD camera. Horikawa,Y.,Komuro,K.($BC^GHBg(B) $BCO5eOG@12J3X4XO"3X2q(B
2002$BG/9gF13X2q(B,
G004-P002,(2002)		 $B868&9b:j(B
3MV(I@]C^Q$B2CB.4o(B		 radiation-damage
halos,
CCD camera,
low-quartz,
cathodo-
luminescence





$B@8J*$KBP$9$kJ|
$BO@J8L>(B $BCx(B($B=jB0(B) $B7G:\;oL>(B
$B4,9f(I%$B%Z!<%8(I%$BH/9TG/(B		 $BMxMQ;\@_(B $B%-!<%o!<%I(B
Cell cycle dependence of boron uptake from two boron compounds used for clinical neutron capture therapy Yoshida F,Matsumura A,
Shibata Y,Yamamoto T,
Nakauchi H,Okumura M,Nose T		 Cancer Lett 187:
135-141,2002		 $B!!(B $B!!(B
Comparison of two Brain Tumor-Localizing MRI Agents$B!'(BGD-BOPTA and GD-DTPA .The study of Magnetic Resonance Imaging and Inductively Coupled Plasma Atomic Emission Spectroscopy with Rat Brain tumors. Zhang T,Matsumura A,
Yamamoto T,Yoshida F,
Nose T,Shimojo N		 AJNR Am J Neuroradiol
23: 15-18,2002		 $B!!(B $B!!(B
In-phantom two-dimensional thermal neutron distribution for intraoperative boron neutron capture therapy of brain tumours. Yamamoto T,Matsumura A,
Yamamoto K,Kumada H,
Shibata Y,Nose T		 Phys Med Biol 47:
1-10,2002		 $B!!(B $B!!(B
Effect of expression of p-glycoprotein on Technetium-99m Methoxyisobutylisonitrle single photon emission computed tomography of brain tumors. Shibata Y,Matsumura A,Nose T Neuro Med Chir
(Tokyo)42:
325-330,2002		 $B!!(B $B!!(B
$BG.(I%$BG.30:.9g%S!<%`$rMQ$$$?=QCfboAGCf@-;RJaB*NEK!(B $B;3K\E/:H(B,$B>>B$B$BG=@*CiCK(B Neuro-Oncology 12:
88-90,2002		 $B!!(B $B!!(B
Comparison of patient brain dose measurements and the JCDS calculatioN.Research and Development in Neutron Capture Therapy Yamamoto T,Matsumura A,
Yamamoto K,Kumada H,Torii Y,
Endo K,Matsushita A,Shibata Y,
Nose T		 Research and
Development
in Neutron Capture
Therapy,
p.415-418,2002		 $B!!(B $B!!(B
Comparison pf dosimetry by the realistic patient head phantom and by the patient's brain,and the JCDS calculation ? a clinical dosimetry study. Endo K,Matsumura A,Yamamoto T,
Nose T,Yamamoto K,Kumada H,
Kishi T,Torii Y,Kashimura T,
Ohtake S		 Research and
Development
in Neutron Capture
Therapy,p.425-430,2002		 $B!!(B $B!!(B
Simple estimation method of gamma-ray dose using low neutron-sensitive TLD (UD-170LS) for intra-operative boron neutron capture therapy (IOBNCT). Research and Development in Neutron Capture Therapy Yamamoto K,Kumada H,Torii Y,
Kishi T,Yamamoto T,Matsumura A		 Research and Development
in Neutron Capture
Therapy,p.499-503,
2002		 $B!!(B $B!!(B
Verification of the JAERI computational dosimetry system for neutron capture therapy. Research and Development in Neutron Capture Therapy Kumada H,Matsumura A,
Nakazawa Y,Yamamoto T,
Yamamoto K,Torii Y		 Research and Development
in Neutron Capture
Therapy,p.529-534,
2002		 $B!!(B $B!!(B
In-air radiobiological dosimetry of JRR-4 neutron beams for boron neutron capture therapy. Yamamoto T,Matsumura A,
Yamamoto K,Kumada H,Hori N,
Torii Y,Endo K,Matsushita A,
Yoshida F,Shibata Y,Nose T		 Research and Development
in Neutron Capture
Therapy,p.697-700,
2002		 $B!!(B $B!!(B
A comparison of in Vivo Gd-NCT trial by using two targeting compounds: Gd-BOPTA and Gd-DTPA. Zhang T,Matsumura A,
Yamamoto T,Yoshida F,
Sakurai Y,Kobayashi T,
Ono K,Nose T		 Research and Development
in Neutron Capture
Therapy,p.807-812,
2002		 $B!!(B $B!!(B
A combination use of boron and gadolinium compounds in In Vitro NCT trial. Research and Development in Neutron Capture Therapy Zhang T,Matsumura A,Yamamoto T,
Yoshida F,Sakurai Y,Kumada H,
Yamamoto K,Nose T		 Research and Development
in Neutron Capture
Therapy,p.819-824,
2002		 $B!!(B $B!!(B
Chronological changes of boron uptake and its relationship to the cell cycle$B!%(BAn In Vitro study of different cell lines. Yoshida F,Matsumura A,
Shibata Y,Yamamoto T,
Zhang T,Nakauchi H,Okumura M,
Nose T		 Research and Development
in Neutron Capture
Therapy,p.857-860,
2002		 $B!!(B $B!!(B
The prediction of boron concentrations in blood for patients of boron neutron capture therapy (2ndreport) Shibata Y,Matsumura A,
Yamamoto T,Akutsu H,Yasuda S,
Nakai K,Nose T,Yamamoto K,
Kumada H,Hori N,Ohtake S		 Research and Development
in Neutron Capture
Therapy,p.1055-1060,
2002		 $B!!(B $B!!(B
Intraoperative boron neutron capture therapy using thermal/epithermal mixed beam. Matsumura A,Yamamoto T,
Shibata Y,Nakai K,Zhang T,
Matsushita A,Takano S,Endo K,
Akutsu H,Yamamoto K,Kumada H,
Torii Y,Mizutani T,Takahashi H,
Toyooka H,Nose T		 Research and Development
in Neutron Capture
Therapy,p.1073-1078,
2002		 $B!!(B $B!!(B
Failure pattern in the patients who underwent intraoperative boron neutron capture therapy(IOBNCT). Nakai K,Matsumura A,Yamamoto T,
Shibata Y,Zhang T,Akutsu H,
Matsuda M,Matsushita A,Yasuda S,
Takano S,Nose T,Yamamoto K,
Kumada H,Torii Y		 Research and Development
in Neutron Capture
Therapy,p.1135-1138,
2002		 $B!!(B $B!!(B
Therapeutic Synergy of Anti-VEGF Antibody and ACNU Chemotherapy: Effects on Tumor Growth and Angiogenesis in Human Glioblastoma Xenografts. Takano S,Tsuboi K,Matsumura A,
Nose T		 $B%]%9%H%7!<%/%(%s%9;~Be(B
$B$K$*$1$kG>$B<#NE(Bp.333-339,2002		 $B!!(B $B!!(B
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$BD;5o5ALi(B		 $B%]%9%H%7!<%/%(%s%9;~Be(B
$B$K$*$1$kG>$B<#NE(Bp.427-435,2002		 $B!!(B $B!!(B
$B%,%l%j%*%A%c%s%M%k(I"$BCN$l$P?H6a$K!AJ| $B>>B 2002.5.26$BJ|Aw(B
$BEl5~(BMX$B!](BTV
($B%$%s%?%S%e!<=P1i(B)		 $B!!(B $B!!(B
Characterization of Neutron Beams for Boron Neutron Capture Therapy$B!'(BIn-air Radiobiological Dosimetry. Yamamoto T,Matsumura A,
Shibata Y,Nose T,Yamamoto K,
Kumada H		 $B8&5fO'MxMQ$K$*$1$k(B
$B8&5f@.2L=8(B($BJ?@.(B12$BG/EY(B)
JAERI-Review2002-014:
p.459-461,2002		 $B!!(B $B!!(B
In Vivo Neutron Measurement on the Human Brain and Blood Boron Measuremnt for Intraoperative Boron Neutron Capture Therapy (IOBNCT) Yamamoto T,Matsumura A,
Shibata Y,Nose T,Yamamoto K,
Kumada H		 $B8&5fO'MxMQ$K$*$1$k(B
$B8&5f@.2L=8(B($BJ?@.(B12$BG/EY(B)
JAERI-Review 2002-014:
p463-64,2002		 $B!!(B $B!!(B
Current Medical Setup at JRR-4 for Boron Neutron Capture Therapy (BNCT). Yamamoto T,Matsumura A,
Shibata Y,Nose T,Yamamoto K,
Kumada H		 $B8&5fO'MxMQ$K$*$1$k(B
$B8&5f@.2L=8(B($BJ?@.(B12$BG/EY(B)
JAERI-Review 2002-014:
p.457-458,2002		 $B!!(B $B!!(B
$BG.%S!<%`(BI$B$rMQ$$$?(BBNCT$B$NNW>2E*8!F$(B - $BBh(B1$BJs(B $B>>B $B>>2 $B;3EDN4(B,$B0$5WDEGn5A(B,$BG=@*CiCK(B,
$B;3K\OB4n(B,$B7'EDGnL@(B,$BKYD>I'(B		 $B8&5fO'MxMQ$K$*$1$k(B
$B8&5f@.2L=8(B($BJ?@.(B12$BG/EY(B)
JAERI-Review 2002-014:
p.465-466,2002		 $B!!(B $B!!(B
Current In vitron NCT comparison between two Gd targeting compound (Gd-BOPTA and Gd-DTPA). Zhang T,Matsumura A,
Yamamoto T,Nose T,Kumada H,
Yamamoto K		 $B8&5fO'MxMQ$K$*$1$k(B
$B8&5f@.2L=8(B($BJ?@.(B12$BG/EY(B)
JAERI-Review 2002-014:
p.467-468,2002		 $B!!(B $B!!(B
$B0-@-G> $B>>B $BBh(B4$B=8(B
$B8&5f(I%$B5;=Q%7!<%:=8Am9gHG(B
p.34,2002		 $B!!(B $B!!(B
$B $B>>B $BBh#4=8(B
$B8&5f(I%$B5;=Q%7!<%:=8Am9gHG(B
p.35,2002		 $B!!(B $B!!(B
JRR-4$BG.30Cf@-;R%S!<%`$N(Bin vitro$B@8J*3XE*8z2L!#!]%U%j!<%S!<%`>r7o$J$i$S$K%U%!%s%H%`>r7o$G$NB,Dj!=(B $B;3K\E/:H(B,$B;3K\OB4n(B,$B>>B$B7'EDGnL@(B,$B4_IRL@(B,$BKYD>I'(B,
$BD;5o5ALi(B,$BKY8}MNFs(B,$BG=@*CiCK(B		 ($B6(NO8&5f(B)
JAERI-Research 2002-011,
$BF|K\86;RNO8&5f=j(B,
$BEl3$(B,2002 ($BA4(B56$B%Z!<%8(B)		 $B!!(B $B!!(B
In vivo trial of Gd-NCT by using a new gadolinium compound (Gd-BOPTA). Matsumura A,Zhang T,
Yamamoto T,Sakurai Y,
Kobayashi T,Ono K,Nose T		 KURRI Prog Rep 2000
Section I: p.153,2001		 $B!!(B $B!!(B





$BCf@-;RMxMQ85AGJ,@O(I%$BJ|
$BO@J8L>(B $BCx(B($B=jB0(B) $B7G:\;oL>(B
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(1999)		 $B!!(B $B!!(B
$B%5%s%4>LBO@QJ*$N%9%H%m%s%A%&%`F10LBNG/Be$H3$LLJQF0(B($B2r@b(B) $BBg=PLP(B($BN05eBg3X(B) $B7n4)(I%$B3$MN(B/$B9f30(B No.25,
224-230 (2001)		 JRR-3M,
JRR-4		 $B!!(B
$B%5%s%49|3J$N(B Sr/Ca $B29EY7W(B($BAm@b(B) $B:4F#M*2p(B,$BBg=PLP(B($BN05eBg3X(B) $BCO5e2=3X(B 35,1-11(2001) JRR-4 $B!!(B
Instrumental neutron activation analysis of extracTABLE M.Kawano (Ehime Univ.)
J. Falandysz(Univ.Gdansk)
T.Wakimoto(Ehime Univ.)		 Journal of
Radiochemical Sciences,
Vol.2,Supplement,p.76
(2001)		 JRR-4 $B!!(B
Instrumental neutron activation analysis of extracTABLE organohalogens (EOX) in Antarctic marine organisms. Kawano,M.(Ehime Univ.)
Falandysz,J.(Univ.$B!!(BGdansk)
Wakimoto,T.(Ehime Univ.)		 2001Asia-PacificSymposium
on Radiochemistry
and 2001 Annual Meeting
of the JapanSociety
of Nuclear and
Radiochemical Science/
The 45th Symposium on
Radiochemistry.
Proc.. Fukuoka,
October 30th
- November 1st,20		 JRR-4 $B!!(B
Chemical composition of a drilled core of Lake Biwa in Japan and implications for source changes during the past 430,000 years. K.Toyoda
(Grad. School of
Enviro N.Earth Sci.,
Hokkaido Univ.,Japan)		 Quaternary
InT.105 57-69
(2003)		 JRR-3M
JRR-4		 heavy minerals;
climate change;
tectonic
movement
$B868&O'$rMQ$$$?&A@~%H%i%C%/%(%C%A%s%0K!$K$h$k9]Cf%\%m%s$N>uBVJ,I[4Q;!%7%9%F%`$N3NN)(B $BD+AR7rB@O:(B,$B$B@n $BE4$H9](B,89(2003)
p.369-374		 JRR-4 (IN^[]$BJ,I[(B,
$BG.Cf@-;R(B,
$BDcJ|
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$B&A@~%H%i%C%/%(%C%A%s%0K!$K$*$1$k?d>)%U%#%k%`$NC5:w(B $BD+AR7rB@O:(B,$B $B_7H(9@G7(B,$B@n $BE4$H9](B,89
(2003) p.375-380		 JRR-4 (IN^[]$BJ,I[4Q;!(B,
$B>K;@(I>Y[0=L(YQ(B,
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$B&A@~(IDW/84/A]8^$BK!(B
Effects of Nitrogen in 9Cr-3W-3Co Ferritic Heat REsistant Steels Containing Boron Emad EL-Kashif,K.Asakura,
K.Shibata		 ISIJ International,42
(2002) p.1468-1476.		 JRR-4 $BBQG.9](B,(IN^[](B,
$BCbAG(B,(I8X0L_$B6/EY(B,
(IP8[$BAH?%(B,
$B&A@~(IDW/84/A]8^$BK!(B
Behavior of boron in 9Cr-3W-3Co ferritic heat resistant steels Emad EL-Kashif,K.Asakura,
K.Shibata		 CAMP-ISIJ,15,3
(2002) 603		 JRR-4 $BBQG.9](B,(IN^[](B,
$BCbAG(B,
(I8X0L_$BGKCG6/EY(B,
Larson-Miller
(IJ_WR0@(B,
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Role of boron in preventing intergranular fracture in interstitial free steels Emad EL-Kashif,K.Asakura,
K.Shibata		 CAMP-ISIJ,15,3
(2002) 604		 JRR-4 (IN^[](B,$B$j$s(B,
(IN^[]$BJP@O(B,
$BNd5QB.EY(B,
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$B2~NI(BIncoly 908$B9g6b$N1~NO2 $BD+AR7rB@O:(B,$B CAMP-ISIJ,15,6
(2002) 1167		 JRR-4 Incoloy 908,
(IN^[](B,SAGBO,
(I8X0L_$B;n83(B,
$B&A@~(IDW/84/A]8^$BK!(B
Effects of nitrogen in 9Cr-3W-3Co ferritic heat resistant Steels containing boron Emad EL-Kashif,K.Asakura,
K.Shibata		 CAMP-ISIJ,15,6
(2002) 1168		 JRR-4 $BBQG.9](B,(IN^[](B,
$BCbAG(B,(I8X0L_$B6/EY(B,
$B&A@~(IDW/84/A]8^$BK!(B
Grain boundary segregation of boron in interstitial free steels containing phosphorous Emad EL-Kashif,K.Asakura,
K.Shibata		 CAMP-ISIJ,15,6
(2002) 1169		 JRR-4 (IN^[](B,$B$j$s(B,
(IN^[]$BJP@O(B,
$BNd5QB.EY(B,
$B&A@~(IDW/84/A]8^$BK!(B
A study of environmental analysis of urban river sediments using activation analysis Y.Tanaka,A.Kuno,M.Matsuo
(The University of Tokyo)		 J. Radioanal.
Nucl. Chem.,
Articles,255(2)
239-243 (2003)		 JRR-4 PN TB $BET;T2O@n(B,
$BDlPGA$BAj4X78?t(B,
$B
A study on vertical distribution of elements and their chemical states in Yatsu Tideland sediments M.Kataoka,A.Kuno,M.Matsuo
(The University of Tokyo)		 J.Radioanal.
Nucl. Chem.,
Articles,255(2)
283-286(2003)		 JRR-4 PN TB $BC+DE433c(B,
$BDlJ,I[(B,
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PGA,
(IR=J^310$BJ,8wK!(B
Uranium in pore water from coastal sediments determined by chemical activation analysis. Hossain M.M.M.,Ohde S.
(University of the Ryukyus)		 J.Radioanal.
Nucl. Chem.251 (2)
333-336,2002		 F-ring(TRIGA-$B-6(B) Uranium,
Pore water,
Sediment,
Chemical
activation
analysis
The chronology of Funafuti Atoll: revisiting an old friend. Ohde S.,Greaves M.,
Masuzawa T.
(University of the Ryukyus)		 Proc. R.Soc.
Lond. A,458,
2289-2306,2002		 JRR-3,JRR-4 Chronology,
Atoll,
Strontium,
Isotope
Red TL dating of dune sand deposits from middle to late Pleistocene in Northern Honshu,Japan Y.Ganzawa,M.Momoi
(Hokkaido Univ. of Edu)		 10th InT.ConF.
on luminescence
and ESR dating.108(2002)		 JRR-4,T(IJ_2L_(B Pleistocene,
Red TL
Dating of Toya Caldera about 100ka volcanic activities. Y.Ganzawa,H.Furukawa
(Hokkaido Univ. of Edu)		 ESR Applications,17. 51
(2001)		 JRR-4,T(IJ_2L_(B Toya Caldera,
Red TL
$B9-0hIw@.?PBO@QJ*$N%k%_%M%;%s%9G/BeB,Dj(B $B4gBt9%Gn$[$+(B
($BKL3$F;650iBg3XH!4[9;(B)		 $BCO(2001) JRR-4,T(IJ_2L_(B $BIw@.?PBO@QJ*(B,
IRSL$BG/BeB,Dj(B
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($BKL3$F;650iBg3XH!4[9;(B)		 $BBh;M5*8&5f(B,40,403-413
(2001)		 JRR-4,T(IJ_2L_(B $BIw@.?PBO@QJ*(B,
TLCI
Datation par thermoluminescence d$B!G(Bun niveau de Tephra du volvan TOYA Y.Ganzawa et al.,
(Hokkaido Univ. of Edu)		 PCCF RI 0006,1-18
(2000)		 JRR-4,T(IJ_2L_(B Toya Caldera,
Red TL
Electron spin resonance study of copper biosorption by bacteria Akira Nakajima Water Research 36
(2002) 2091-2097		 $B!!(B $B!!(B
A preliminary investigation on the determination of lanthanoids,thorium and uranium in brine and deposit of a salt lake in Chaina M.Yui,Y.Kikawada,T.Oi,
T.Honda,D.Sun,K.Shuai		 Journal of Radioanalycal
and Nuclear Chemistry,
Vol.231,Nos 1-2 (1998) 83-86		 $B!!(B $B!!(B
Abundance of lanthanoids in rocK.salts determined by neutron activation analysis M.Yui,Y.Kikawada,Y.Oi,
T.Honda,T.Nozaki		 Journal of Radioanalycal
and Nuclear Chemistry,
Vol.238,Nos 1-2(1998)3-6		 $B!!(B $B!!(B
Abundance of Uranium and Thorium in Rock Salts-Partition of Uranium and Thorium between Solid and Solution Phases in Neutral Environments in Nature- Mizuaki Yui,Yosikazu Kikawada,
Takao Oi,Teruyaki Honda
and Tetsuya Nozaki		 Radistopes,Vol.47,
No.6 (June 1998)		 $B!!(B $B!!(B
$BK\K.Cf@-29@t?eCf$N%i%s%?%N%$%I85AGB8:_NL(B $BLZ@nED4n0l(B,$BBg0fN4IW(B,$BK\B?>H9,(B $B29@t2=3XBh(B49$B4,Bh#19f(B
(1999)		 $B!!(B $B!!(B
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Uranium in pore water from coastal sediments determined by chemical activation analysis. Hossain M.M.M.,Ohde S.
(University of the Ryukyus)		 J. Radioanal.
Nucl. Chem.251 (2)
333-336,2002		 F-ring(TRIGA-$B-6(B) Uranium,
Pore water,
Sediment,
Chemical activation analysis
The chronology of Funafuti Atoll: revisiting an old friend. Ohde S.,Greaves M.,
Masuzawa T.
(University of the Ryukyus)		 Proc. R.Soc.
Lond. A,458,
2289-2306,2002		 JRR-3,JRR-4 Chronology,
Atoll,
Strontium,
Isotope
A study of environmental analysis of urban river sediments using activation analysis Y.Tanaka,A.Kuno and M.Matsuo
(The University of Tokyo)		 J. Radioanal.
Nucl. Chem.,
Articles,255(2)
239-243 (2003)		 JRR-3M PGA $BET;T2O@n(B,
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A study on vertical distribution of elements and their chemical states in Yatsu Tideland sediments M.Kataoka,A.Kuno and M.Matsuo
(The University of Tokyo)		 J. Radioanal.
Nucl. Chem.,
Articles,255(2)
283-286 (2003)		 JRR-3M PGA $BC+DE433c(B,
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Experience of backward scattered neutron measurements using a neutron sensitive imaging plate. K.KATO($BF#ED1R@8Bg(B)
G.MATSUMOTO($BL>8E20Bg(B)
Y.HAGA,N.NIIMURA,
M.MATSUBAYASHI($B868&El3$(B)		 Nondestr.Test.
Eval.,Vol.16,pp.413-422
(2001)		 JRR-3 neutron
radiography,
imaging plate
neutron detector,
water,
mouse,
back-scattering
Void Fraction Distribution Patterns of Steady Air-Water Two-Phase Flow in a Rod Bundle with a Spacer N.Takenaka,H.Asano,
T.Fujii($B?@8MBg(B)
K.Yoshii($BEl5~Bg(B)
M.Matsubayashi($B868&(B)		 Proc. of the ASME InT.
MecH.Eng. Congress
and Exposition,
HTD-Vol.361-5,297-304,
(1998).		 JRR3M,TNRF2$B!!(B $B5$1UFsAjN.(B,
(I[/D^J]D^Y(B,
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Visualization and Measurement of Refrigerant Flow in Compression-type Refrigerator by Neutron Radiography H.Asano,N.Takeanaka,
T.Fujii($B?@8MBg(B)
Y.Shibata,T.Ebisu((I@^27]$B9)6H(B)
M.Matsubayashi($B868&(B)		 Nuclear Instruments
and Methods in Physics
Research-A,Vol.424,
No.1,92-97,(1999).		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
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Flow Pattern of Gas-Liquid Two-Phase Annular Flow in a Spiral Tube H.Asano,N.Takeanaka,T.Fujii,
T.Arakawa($B?@8MBg(B)
M.Matsubayashi($B868&(B)		 Proc. of the ASME InT.
MecH.Eng.Congress
and Exposition,
HTD-Vol.361-5,297-304,
(1998).		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
(I=J_2WY$B4I(B,
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Three-dimensional Visualization of Void Fraction Distribution in Steady Two-phase Flow by Thermal Neutron Radiography N.Takenaka,H.Asano,
T.Fujii($B?@8MBg(B)
M.Matsubayashi($B868&(B)		 Nuclear Engineering
and Design,Vol.184,
203-212,(1998).		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
(I[/D^J]D^Y(B,
(IN^2D^$BN(7WB,(B,
3$BCT$B:F9=@.(B
Neutron Radiography as a Tool for Multiphase Flow Researches in Industrial Machines N.Takenaka,H.Asano($B?@8MBg(B)
T.Nakazawa($B?@8M>&A%Bg(B)
H.Umekawa,M.Ozawa($B4X@>Bg(B)		 Proc.
the Asia Symposium on
Multiphase Flow,275-282 (1999)		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
(IN^2D^$BN((B,
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Flow Pattern and Void Fraction Distribution of Gas-Liquid Two-Phase Flow in a Plate Heat Exchanger Measured by Neutron Radiography H.Asano,N.Takenaka,T.Fujii,
N.Maeda($B?@8MBg(B)		 Proc. 4th JSME-KSME
Thermal Engineering
Conference,Vol.1,
591-596(2000)		 JRR3M,TNRF2 (IL_Z0D$BG.8r494o(B,
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Void Fraction Distribution of Air-Water Two-Phase Flow in a Rod Bundle by Neutron Radiography N.Takenaka,H.Asano,T.Fujii,
S.Hayama,N.Maeda($B?@8MBg(B)		 Proc. 4th JSME-KSME
Thermal Engineering
Conference,Vol.2,
155-160 (2000)		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
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Velocity and Void Fraction Measurement in Molten Lead-Bismuth Two-Phase Flow by Neutron Radiography N.Takenaka,H.Asano,T.Fujii,
A.Hashimoto($B?@8MBg(B)		 Proc. 4th JSME-KSME
Thermal Engineering
Conference,Vol.1,
373-378 (2000)		 JRR3M,TNRF2 $B1UBN6bB0(B,
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No.80,14-19 (2000)		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
(IN^2D^$BN((B,
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Quantitative Measurement of Void Fraction Distribution of Gas-liquid Two-phase Flow in a Spiral Tube by Thermal Neutron Radiography H.Asano,N.Takenaka,T.Fujii,
T.Arakawa($B?@8MBg(B)		 Nondestructive Testing
and Evaluation,Vol.16,
363-375 (2001)		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
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Flow Characteristics of Gas-Liquid Two-Phase Flow in Plate Heat Exchanger (Visualization and Void Fraction Measurement by Neutron Radiography) H.Asano,N.Takenaka,
T.Fujii,($B?@8MBg(B)		 Experimental Thermal
and Fluid Science,
(2003)in press.		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
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Analysis of Lithium Ion distribution in Electolyzed Li1.33Ti1.67O4 by Neutron ComputedTomography T.Esaka,M.Hayashi,H.Sakaguchi,
S.Takai and M.Matsubayashi		 Solid State Ionics,
Vol.147,No.1-2,
pp.107-114,2002.s		 JRR3M (I25]$BJ,I[(B,
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Analysis of Hydrogen Distribution in HydrogenStorage Alloy Using Neutron Radiography H.Sakaguchi,Y.Satake,
K.Hatakeyama,S.Fujine,
K.Yoneda,M.Matsubayasi,T.Esaka		 Journal of Alloys and
Compounds,Vol.354,
No.1-2,pp.208-215,
2003.		 JRR3M $B?eAGJ,I[(B,
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Bubble Behavior and Void Fraction Fluctuation in Vertical Tube Banks Immersed in a Gas-Solid Fluidized Bed Model M.Ozawa,H.Umekawa,S.Furui
and K.Hayashi		 Experimental Thermal and
Fluid Science,Vol.26/6-7,
643-652,(2002.8)		 JRR3M,TNRF2 $BN.F0AX(B,
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Flow Visualization of Segregation Process in a Fluidized Bed by Neutron Radiography S.Furui,H.Umekawa,K.Hayashi
M.Ozawa and N.Takenaka		 The 7th World Conference
on Neutron Radiography,
2002		 JRR3M,TNRF2 $BN.F0AX(B,
(I>8^Z9^0<.](B
Void Fraction Characteristics in a Fluidized Bed with Vertical Tubes H.Umekawa,S.Furui,K.Hayashi
M.Ozawa and N.Takenaka		 The 7th World Conference
on Neutron Radiography,
2002		 JRR3M,TNRF2 $BN.F0AX(B,
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No.676, 3432-3438,2002		 JRR3M,TNRF2 $BN.F0AX(B,
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Application of Neutron Radiography to Designs of Spallation Targets N.Takenaka,H.Asano,T.Fujii
A.Hashimoto($B?@8MBg(B)		 4th InT.Topical Meeting
on Neutron Radiography,
(2001)		 JRR3M,TNRF2 $B8GBN(I@09^/D(B,
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Quantitative Measurement of Void Fraction Distribution of Two-Phase Flow in Sub-channels of Rod Bundle N.Takenaka,H.Asano,T.Fujii,
S.Hayama($B?@8MBg(B)		 4th InT.Topical Meeting
on Neutron Radiography,
(2001)		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
(IN^2D^$BN(7WB,(B,
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Image Processing Method to Obtain Symmetrical Distribution from Projection Image H.Asano,N.Takenaka,T.Fujii,
E.Nakamatsu,Y.Tagami($B?@8MBg(B)
K.Takeshima ($B9bCN9b@l(B)		 4th InT.Topical Meeting
on Neutron Radiography,
(2001)		 $B!!(B $B5$1UFsAjN.(B,
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Visualization and Void Fraction Measurement of as-Liquid Two-Phase Flow in a Plate Heat Exchanger H.Asano,N.Takenaka,T.Fujii,
N.Maeda,H.Hayashi($B?@8MBg(B)		 4th InT.Topical Meeting
on Neutron Radiography,
(2001)		 $B!!(B $B5$1UFsAjN.(B,
(IL_Z0D$BG.8r494o(B,
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A Method for Quantitative Measurement by Thermal Neutron Radiography N.Takenaka,H.Asano,
T.Fujii($B?@8MBg(B)
M.Matsubayashi($B868&(B)		 Nondestructive Testing
and Evaluation,Vol.16,
345-354(2001)		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
(IN^2D^$BN(7WB,(B,
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Application of Quantitative Measurement Method to Void Fraction of Two-Phase Flow in a Rod Bundle by Neutron Radiography N.Takenaka,H.Asano,T.Fujii,
N.Maeda,S.Hayama($B?@8MBg(B)
M.Matsubayashi($B868&(B)		 Nondestructive Testing
and Evaluation,Vol.16,
355-362(2001)		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
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Flow Characteristics of Gas-Liquid Two-Phase Flow in Plate Heat Exchanger (Visualization and Void Fraction Measurement by Neutron Radiography) H.Asano,N.Takenaka,
T.Fujii,($B?@8MBg(B)		 Proc. of the InT.
Symposium on Compact
Heat Exchangers,
387-392,(2002)		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
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Visualization and Void Fraction Measurement of Gas-liquid Two-phase Flow in a Commercial Plate Heat Exchanger by Thermal Neutron Radiography H.Asano,N.Takenaka,T.Fujii,
H.Hayashi,T.Wakabayashi($B?@8MBg(B)		 The 7th World ConF.on
Neutron Radiography,
(2002)		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
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Image Processing Methods to Obtain Cross-sectional Void Fraction Distribution of Gas-liquid Two-phase Flow from a Projection Image by Neutron Radiography H.Asano,N.Takenaka,T.Fujii,
E.Nakamatsu,Y.Tagami($B?@8MBg(B)
K.Takeshima($B9bCN9b@l(B)		 The 7th World ConF.on
Neutron Radiography,
(2002)		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
(IN^2D^$BN(7WB,(B,
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Measurement Uncertainty of Gas-Liquid Two-Phase Flow by Neutron Radiography N.Takenaka,Y.Tagami,
H.Asano($B?@8MBg(B)		 The 7th World ConF.on
Neutron Radiography,
(2002)		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
(IN^2D^$BN(7WB,(B,
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$BIT3N$+$52r@O(B
Towards the Visualization of Fuel Cavitations in a Nozzle of a Diesel Engine by Neutron Radiography N.Takenaka,T.Kadowaki($B?@8MBg(B)
Y.Kawabata($B5~ETBg(B)		 The 7th World ConF.on
Neutron Radiography,
(2002)		 JRR3M,TNRF2 $BG3NAJ.L8(II=^Y(B,
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Visualization and Void Fraction Measurement of Gas-Liquid Two-Phase Flow in Heat Exchangers by Neutron Radiography H.Asano,N.Takenaka,
T.Fujii($B?@8MBg(B)
K.Takeshima($B9bCN9b@l(B)		 Proc. German-Japanese
Workshop on
Multiphase Flow,
Karlsruhe,Germany,
B-17$B!](BB-28,(2002)		 JRR3M,TNRF2 $B5$1UFsAjN.(B,
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A New Method for Evaluation of Heat Teamster Between Solid Material and Fluid in a porous Medium $B0l5\9@0l(B($B;3M|Bg3X(B) Transactions of
the ASME Vol.121,
pp.978-983 (1999)		 $B!!(B Thermal
Engineering,
Porous Medium
Forced convective heat transfer in square-ripped coolant channels with helium gas for fusion power reactors. $B9b@%OBG7(B($B868&(B) Fusion Engineering
and Design Voi.49-50,
pp.349-354 (2000) 		$B!!(B Thermal
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square-ripped
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Vol.20,No.78 (2000)
pp.54-59		 $B!!(B Thermal
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Impinging Jet
Movement of impingement heat transfer by a single circular jet with a confined wall. $B0l5\9@0l(B($B;3M|Bg3X(B) International
Journal of Heat
and Mass Transfer
Vol.44,pp.3095-3102
(2001)		 $B!!(B Thermal
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Effects of anion channel blockers on xylem nitrate transport in barley seedlings Tahei Kawachi,Chizuru Nishijo,
Hiroyuki Fujikake,
Salwa Abdel-Latif,
Norikuni Ohtake,Kuni Sueyoshi,
Takuji Ohyama,Noriko Ishioka,
Satoshi Watanabe,Akihiko Osa,
Toshiaki Sekine,
Shinpei Matsuhashi,Taketo Ito,
Chizuko Mizuniwa,Tamikazu Kume,
Shouji Hashimoto,Hiroshi Uchida,
Atsunori Tsuji		 Soil Science and
Plant Nutrition,
48$B4,(B,P271-P277,
2002$BG/(B		 TIARA AVF LA1 (I55Q7^(B,
$B>K;@(IDW]=N_@0(B,
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Rapid N transport to pods and seeds in N-deficient soybean plants Norikuni Ohtake,Takashi Sato,
Hiroyuki Fujikake,Kuni Sueyoshi,
Takuji Ohyama,
Noriko-Shigeta Ishioka,
Satoshi Watanabe,Akihiko Osa,
Toshiaki Sekine,
Shinpei Matsuhashi,Taketo Ito,
Chizuko Mizuniwa,Tamikazu Kume,
Shouji Hashimoto,Hiroshi Uchida,
Atsunori Tsuji		 J. Exp. Bot.,52$B4,(B,
P277-P283,2001$BG/(B		 TIARA AVF LA1 (I@^2=^(B,$Bh2(B,
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Analysis of nitrate absorption and transport in non-nodulated and nodulated soybean plants with 13NO3- and 15NO3- Takashi Sato,Norikuni Ohtake,
Takuji Ohyama,
Noriko-S.Ishioka,
Satoshi Watanabe,Akihiko Osa,
Toshiaki Sekine,Hiroshi Uchida,
Atsunori Tsuji,
Shinpei Matsuhashi,Taketo Ito,
Tamikazu Kume,		 RADIOISOTOPES 48$B4,(B,
P450-P458,1999$BG/(B		 TIARA AVF LA (I@^2=^(B,
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P408-418,2001$BG/(B		 TIARA AVF LA1 $B?"J*(B,
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QuicK.and reversible inhibition of soybean root nodule growth by nitrate involves a decrease in sucrose$B!!(Bsupply to nodules H.Fujikake,A.Yamazaki,N.Ohtake,
K.Sueyoshi,S.Matsuhashi,T.Ito,
C.Mizuniwa,T.Kume,S.Hashimoto,
N-S.Ishioka,S.Watanabe,A. Osa,
T.Sekine,H.Uchida,A. Tsuji,
Takuji Ohyama		 Journal of
Experimental
Botany,54$B4,(B,
p.1379-1388,
2003(4$B7n(B)		 TIARA AVF
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p.408-418,2001		 TIARA AVF LA1 $B?"J*(B,
$B1IM\@8M}(B,
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QuicK.and reversible inhibition of soybean root nodule growth by nitrate involves a decrease in sucrose$B!!(Bsupply to nodules H.Fujikake,A.Yamazaki,N.Ohtake,
K.Sueyoshi,S.Matsuhashi,T.Ito,
C.Mizuniwa,T.Kume,S.Hashimoto,
N-S.Ishioka,S.Watanabe,A.Osa,
T.Sekine,H.Uchida,A.Tsuji,
Takuji Ohyama		 Journal of Experimental
Botany,54$B4,(B,p.1379-1388,
2003(4$B7n(B)		 TIARA  AVF
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Particle size analysis of radioactive aerosols formed by irradiation of argon using$B!!(B65 MeV quasi-monoenergeticneutrons A.Endo,H.Noguchi,Su.Tanaka,
Y.Kanda,Y.Oki,Y.Iida,K.Sato,
S.Ysuda		 Applied Radiation
and Isotopes 56
(2002) 615-620		 $B!!(B $B!!(B
$BNt2=4D6-2<$K$*$1$k9bEy?"J*$NCbAG(I%$BC:AG0\F0$N2r@O(B $BBgC]7{K.(B,$BBg;3Bn<$(B,$BKv5HK.(B,
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$BFbEDGn(B,$BDT=_7{(B		 $BBh(B10$B2s(BTIARA$B8&5fH/I=2q(B
$BMW;]=8!!(Bp.159-160,
2001		 TIARA AVF LA1 $B9bEy?"J*(B,
$BCbAG(B,$BC:AG(B,
PETIS
Effect of atmosphere gas condition on soybean(Glycine max. L) 13N2 fixation activity N.Ohtake,T.Ohyama,K.Sueyoshi,
H.Fujikake,N.S.Ishioka,
S.Matsuhashi,S.Watanabe,
T.Sekine,H.Uchida,A.Tsuji		 TIARA annual report,
p.89-91,2001		 TIARA AVF LA1 (I@^2=^(B,$B:,N3(B,
13N2,PETIS,
$BBg5$>r7o(B
Analysis of Nitrogen Absorption and Translocation by Soybean Grown in Different Conditions for Phosphorus Supply N.Ohtake,T.Ohyama,K.Sueyoshi,
T.Kawachi,H.Fujikake,A.Momose,
T.Suganuma,A.Osa,M.Koizumi,
S.Hashimoto,N.Ishioka,
S.Watanabe,T.Sekine,
S.Matsuhashi,T.Itoh,C.Mizuniwa,
H.Uchida,and A.Tsuji		 TIARA annual report,
p.93-95,2000		 TIARA AVF LA1 (I@^2=^(B,
$BCbAG5[<}$H0\9T(B,
(IX]$B;@(B
Effect of NH4+ on 13NO3- absorption and transport in soybean plant N.Ohtake,T.Ohyama,K.Sueyoshi,
T.Kawachi,H.Fujikake,A.Osa,
M.Koizumi,S.Hashimoto,
N.Ishioka,S.Watanabe,
T.Sekine,S.Matsuhashi,T.Ito,
C.Mizuniwa,H.Uchida,A.Tsuji		 TIARA annual report,
p.67-69,1999		 TIARA AVF LA1 (I@^2=^(B,(I1]SF1(B,
$B>K;@(B,$B5[<}(B,$B:,(B,
13N,PETIS
$BK;@$N0\9T(B $BBgC]7{K.(B,$B:4F#9'(B,$BBg;3Bn<$(B,
$B@P2,E5;R(B,$BEOJUCR(B,$BD9L@I'(B,
$B4X:,=SL@(B,$B>>66?.J?(B,$B0KF#3Y?M(B,
$B?eDm@iDa;R(B,$B5WJFL1OB(B,$BFbEDGn(B,
$BDT=_7{(B		 $BBh(B8$B2s(BTIARA$B8&5fH/I=2q(B
$BMW;]=8(B,p.159-160,
1999		 TIARA AVF LA1 (I@^2=^(B,$B$B>K;@(B,$BCbAG(B,
13N,PETIS
Analysis of nitrate absorption and transportin soybean plant with 13NO3- T.Sato,N.Ohtake,T.Ohyama,
N.Ishioka,S.Watanabe,A.Osa,
T.Sekine,S.Matsuhashi,T.Ito,
T.Kume,H.Uchida,A.Tsuji		 TIARA annual report
1998		 TIARA AVF LA1 (I@^2=^(B,$B$B>K;@(B,$BCbAG(B,
13N,PETIS
Effect of atmosphere gas condition on soybean(Glycine max. L) 13N2 fixation activity N.Ohtake,T.Ohyama,K.Sueyoshi,
H.Fujikake,N.S.Ishioka,
S.Matsuhashi,S.Watanabe,
T.Sekine,H.Uchida,A.Tsuji		 TIARA annual report,
p.89-91,2001		 TIARA AVF LA1 (I@^2=^(B,$B:,N3(B,
13N2,PETIS,
$BBg5$>r7o(B
$BNt2=4D6-2<$K$*$1$k9bEy?"J*$NCbAG(I%$BC:AG0\F0$N2r@O(B $BBgC]7{K.(B,$BBg;3Bn<$(B,$BKv5HK.(B,
$B@nCOB@J<(B,$BF#3]9@9T(B,$BI4@%FF;V(B,
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$BFbEDGn(B,$BDT=_7{(B		 $BBh(B10$B2s(BTIARA$B8&5fH/I=2q(B
$BMW;]=8!!(Bp.159-160,
2001		 TIARA AVF LA1 $B9bEy?"J*(B,
$BCbAG(B,$BC:AG(B,
PETIS
Analysis of Nitrogen Absorption and Translocation by Soybean Grown in Different Conditions for Phosphorus Supply N.Ohtake,T.Ohyama,K.Sueyoshi,
T.Kawachi,H.Fujikake,A.Momose,
T.Suganuma,A.Osa,M.Koizumi,
S.Hashimoto,N.Ishioka,
S.Watanabe,T.Sekine,
S.Matsuhashi,T.Itoh,C.Mizuniwa,
H.Uchida,A.Tsuji		 TIARA annual report,
p.93-95,2000		 TIARA AVF LA1 (I@^2=^(B,
$BCbAG5[<}$H0\9T(B,
$B%j%s;@(B
Effect of NH4+ on 13NO3- absorption and transport in soybean plant N.Ohtake,T.Ohyama,K.Sueyoshi,
T.Kawachi,H.Fujikake,A.Osa
M.Koizumi,S.Hashimoto,N.Ishioka,
S.Watanabe,T.Sekine,
S.Matsuhashi,T.Ito,C.Mizuniwa,
H.Uchida,A.Tsuji		 TIARA annual report,
p.67-69,1999		 TIARA AVF LA1 (I@^2=^(B,(I1]SF1(B,
$B>K;@(B,$B5[<}(B,$B:,(B,
13N,PETIS
$BK;@$N0\9T(B $BBgC]7{K.(B,$B:4F#9'(B,$BBg;3Bn<$(B,
$B@P2,E5;R(B,$BEOJUCR(B,$BD9L@I'(B,
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$BDT=_7{(B		 $BBh(B8$B2s(BTIARA$B8&5fH/I=2q(B
$BMW;]=8(B,p.159-160,
1999		 TIARA AVF LA1 (I@^2=^(B,$B$B>K;@(B,$BCbAG(B,
13N,PETIS
Analysis of nitrate absorption and transport in soybean plant with 13NO3- T.Sato,N.Ohtake,T.Ohyama,
N.Ishioka,S.Watanabe,A.Osa,
T.Sekine,S.Matsuhashi,T.Ito,
T.Kume,H.Uchida,A.Tsuji		 TIARA annual report
1998$BG/(B		 TIARA AVF LA1 (I@^2=^(B,$B$B>K;@(B,$BCbAG(B,
13N,PETIS
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$B9b:j(B,2002$BG/(B7$B7n!%(B		 TIARA LA-1 $B!!(B
Real time 52Fe trasnlocation in barley and maize ys1 mutant visualized by PETIS (positron emitting tracer imaging system) H.Nakanishi,S.Kiyomiya,
T.Tsukamoto($BElBg(B)
S.Watanabe,S.Matsuhashi,
T.Sekine($B868&(B)
N.K.Nishizawa,S.Mori($BElBg(B)		 XI InT.Symposium on
Iron Nutrition and
Interactions in Plants,
Udine(Italy) June,2002		 TIARA LA-1 $B!!(B
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Characterization of Fe-Montmormonite : A Stimulant of Buffer Materials Accommodating OverpacK.Corrosion Product Naohmi Kozai($B868&El3$(B)
Yoshifusa Adachi,Sachi Kawamura,
Koichi Inada,Tamotsu Kozaki,
Seichi Sato,Hiroshi Ohashi($BKLBg(B)
Toshihiko Ohuuki
and Tsunetaka Banba($B868&El3$(B)		 Journal of Nuclear
Science and Technology,
38(12) 1141-1143 (2001)		 $B8&5f(B4$BEo(B Fe$B7?(IS]SX[E2D(B,
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Observation of Microstructures of Compacted Bentonite by Micro focus X-Ray Computerized Topography(Micro-CT) Tamotsu Kozaki($BKLBg(B)
Satoru Suzuki($B3KG3NA%5%$%/%k5!9=(B)
Naofilmi Kozai($B868&El3$(B)
Seichi Sato
and Hiroshi Ohashi($BKLBg(B)		 Journal of Nuclear
Science and Technology,
38(8) 697-699(2001)		 $B8&5f(B4$BEo(B X$B@~82Hy6@(B,
(IM^]DE2D(B,
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Decay Studies of Neutron-deficient Am,Cm,and BK.Nuclei Using an On-line Isotope Separator M.Asai,M.Sakama,K.Tsukada,
S Ichikawa,H.Haba,S.Goto,
K.Akiyama,A.Toyoshima,I.Nishinaka,
Y.Nagame(Advanced Science
Research Center,JAERI)
Y.Kojima(Faculty of
Engineering,Hiroshima University)
Y.Oura,H.Nakahara(Department of
Chemistry,Tokyo Metropolitan
University)
M.Shibata,K.Kawade(Department of
Energy Engineering and Science,
Nagoya University)		 J.Nucl.Radiochem.
Sci.3,187- 190
(2002)		 (I@]C^Q$B2CB.4o(B,
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New isotope 233Am M.Sakama,K.Tsukada,M.Asai,
S.Ichikawa,H.Haba,S.Goto,
I.Nishinaka,Y.Nagame
(Advanced Science Research
Center,JAERI)
Y.Oura,M.Ebihara,H.Nakahara
(Department of Chemistry,
Tokyo Metropolitan University)
M.Shibata,K.Kawade
(Department of
Energy Engineering and Science,
Nagoya University)
Y.Kojima(Faculty of Engineering,
Hiroshima University)		 Eur.Phys.J.A9,
303-305(2002)		 (I@]C^Q$B2CB.4o(B,
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Status Prospects of Heavy Element Nuclear Chemistry Research at JAERI Y.Nagame,M.Asai,H.Haba,
K.Tsukada,S.Goto,M.Sakama,
I.Nishinaka,A.Toyoshima,
K.Akiyama,S.Ichikawa (Advanced
Science Research Center,JAERI)		 J. Nucl. Radiochem.
Sci.3,129-132(2002)		 (I@]C^Q$B2CB.4o(B,
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Status Prospects of Heavy Element Nuclear Chemistry Research at JAERI Y.Nagame,M.Asai,H.Haba,
K.Tsukada,S.Goto,M.Sakama,
I.Nishinaka,A.Toyoshima,
K.Akiyama,S.Ichikawa
(Advanced$B!!(BScience Research
Center,JAERI)		 J.Nucl.Radiochem.
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