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    1. Mathew, JA; Tan, YP; Rao, PSS; Lim, TM; Leung, KY
      Edwardsiella tarda mutants defective in siderophore production, motility, serum resistance and catalase activity

      MICROBIOLOGY-UK
    2. Llano, I; Gonzalez, J; Caputo, C; Lai, FA; Blayney, LM; Tan, YP; Marty, A
      Presynaptic calcium stores underlie large-amplitude miniature IPSCs and spontaneous calcium transients (vol 3, pg 1256, 2000)

      NATURE NEUROSCIENCE
    3. Bai, JZ; Bao, HC; Blum, I; Chai, ZW; Chen, GP; Chen, HF; Chen, J; Chen, JC; Chen, Y; Chen, YB; Chen, YQ; Cheng, BS; Chu, XM; Cui, XZ; Ding, HL; Ding, WY; Dong, LY; Du, YY; Du, ZZ; Dunwoodie, W; Fang, J; Fang, WZ; Gao, CS; Gao, ML; Gao, SQ; Gratton, P; Gu, JH; Gu, SD; Gu, WX; Guo, YN; Han, HG; Han, SW; Harris, FA; Han, Y; He, J; He, M; Heng, YK; Hitlin, DG; Hu, GY; Hu, HB; Hu, HM; Hu, JL; Hu, QH; Hu, T; Hu, XQ; Huang, GS; Huang, JD; Huang, YZ; Izen, JM; Jiang, CH; Jiang, YY; Jin, Y; Jones, BD; Xu, X; Ke, ZJ; Kelsey, MH; Kim, BK; Kong, D; Lai, YF; Lang, PF; Lankford, A; Li, CG; Li, F; Li, HB; Li, J; Li, PQ; Li, Q; Li, RB; Li, W; Li, WD; Li, WG; Li, WH; Li, XH; Li, XN; Liu, HM; Liu, J; Liu, JH; Liu, J; Liu, Q; Liu, QJ; Liu, RG; Liu, Y; Liu, ZX; Lou, JS; Lou, XC; Lowery, B; Lu, HY; Lu, JG; Luo, H; Luo, SQ; Luo, XL; Ma, EC; Ma, JM; Malchow, R; Mandelkern, M; Mao, HS; Mao, ZP; Meng, XC; Mo, XH; Mu, LG; Ni, HL; Nie, J; Olsen, SL; Oyang, J; Paluselli, D; Pan, LJ; Panetta, J; Porter, F; Qi, ND; Olsen, SL; Oyang, J; Paluselli, D; Pan, LJ; Panetta, J; Porter, F; Qi, ND; Qi, XR; Qian, CD; Qiu, JF; Qu, YH; Que, YK; Rong, G; Schernau, M; Schmid, B; Schultz, J; Shao, YY; Shen, BW; Shen, DL; Shen, H; Shen, XY; Sheng, HY; Shi, HZ; Song, XF; Standifird, J; Stoker, D; Sun, F; Sun, HS; Sun, SJ; Sun, Y; Sun, YZ; Tan, YP; Tang, SQ; Toki, W; Tong, GL; Varner, GS; Wan, ZR; Wang, F; Wang, JF; Wang, L; Wang, LS; Wang, LZ; Wang, M; Wang, P; Wang, PL; Wang, SM; Wang, TJ; Wang, YY; Weaver, M; Wei, CL; Xi, DM; Xia, XM; Xiao, X; Xie, PP; Xie, Q; Xie, Y; Xie, YH; Xiong, WJ; Xu, CC; Xu, ZQ; Xu, ST; Yan, J; Yan, WG; Yang, B; Yang, CM; Yang, CS; Yang, CY; Yang, DJ; Yang, GA; Yang, HX; Yang, J; Yang, XF; Yang, W; Yao, WL; Ye, MH; Yu, CS; Yu, CX; Yu, YH; Yu, ZQ; Yuan, CZ; Yuan, Y; Zhang, BY; Zhang, CC; Zhang, DH; Zhan, DH; Zhang, HL; Zhang, J; Zhang, JW; Zhang, L; Zhang, L; Zhang, P; Zhang, QJ; Zhang, SQ; Zhang, Y; Zhang, YY; Zhao, DX; Zhao, HW; Zhao, JW; Zhao, M; Zhao, WR; Zhao, ZG; Zheng, JP; Zheng, LS; Zheng, SC; Zheng, ZP; Zhong, CC; Zhou, BQ; Zho, GP; Zhou, HS; Zhou, L; Zhou, XF; Zhu, KJ; Zhu, QM; Zhu, YC; Zhu, YS; Zhuang, BA
      The BES upgrade

      NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT
    4. Llano, I; Gonzalez, J; Caputo, C; Lai, FA; Blayney, LM; Tan, YP; Marty, A
      Presynaptic calcium stores underlie large-amplitude miniature IPSCs and spontaneous calcium transients

      NATURE NEUROSCIENCE
    5. Tan, YP; Saur, DD; Kulkarni, SR; Ramadge, PJ
      Rapid estimation of camera motion from compressed video with application to video annotation

      IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS FOR VIDEO TECHNOLOGY
    6. Tan, YP; Donovan, WP
      Deletion of aprA and nprA genes for alkaline protease A and neutral protease A from Bacillus thuringiensis : effect on insecticidal crystal proteins

      JOURNAL OF BIOTECHNOLOGY
    7. Li, J; Butler, JM; Tan, YP; Lin, H; Royer, S; Ohler, L; Shaler, TA; Hunter, JM; Pollart, DJ; Monforte, JA; Becker, CH
      Single nucleotide polymorphism determination using primer extension and time-of-flight mass spectrometry

      ELECTROPHORESIS
    8. Tan, YP; Llano, I; Hopt, A; Wurriehausen, F; Neher, E
      Fast scanning and efficient photodetection in a simple two-photon microscope

      JOURNAL OF NEUROSCIENCE METHODS
    9. Tan, YP; Llano, I
      Modulation by K+ channels of action potential-evoked intracellular Ca2+ concentration rises in rat cerebellar basket cell axons

      JOURNAL OF PHYSIOLOGY-LONDON
    10. BAI JZ; BARDON O; BLUM I; BREAKSTONE A; BURNETT T; CHEN GP; CHEN HF; CHEN J; CHEN SM; CHEN Y; CHEN YB; CHEN YQ; CHENG BS; COWAN RF; CUI XZ; DING HL; DU ZZ; DUNWOODIE W; FAN XL; FANG J; FERO M; GAO CS; GAO ML; GAO SQ; GRATTON P; GU JH; GU SD; GU WX; GU YF; GUO YN; HAN SW; HAN Y; HARRIS FA; HATANAKA M; HE J; HE M; HITLIN DG; HU GY; HU T; HU XQ; HUANG DQ; HUANG YZ; IZEN JM; JIA QP; JIANG CH; JIN S; JIN Y; JONES L; KANG SH; KE ZJ; KELSEY MH; KIM BK; KONG D; LAI YF; LAN HB; LANG PF; LANKFORD A; LI F; LI J; LI PQ; LI Q; LI RB; LI W; LI WD; LI WG; LI XH; LI XN; LIN SZ; LIU HM; LIU J; LIU JH; LIU Q; LIU RG; LIU Y; LIU ZA; LOU XC; LOWERY B; LU JG; LUO SQ; LUO Y; MA AM; MA EC; MA JM; MALCHOW R; MANDELKERN M; MAO HS; MAO ZP; MENG XC; NI HL; NIE J; OLSEN SL; OYANG J; PALUSELLI D; PAN LJ; PANETTA J; PORTER F; PRABHAKAR E; QI ND; QUE XK; QUIGLEY J; RONG G; SCHERNAU M; SCHMID B; SCHULTZ J; SHAO YY; SHEN BW; SHEN DL; SHEN H; SHEN XY; SHENG HY; SHI HZ; SHI XR; SMITH A; SODERSTROM E; SONG XF; STANDIFIRD J; STOKER D; SUN F; SUN HS; SUN SJ; SYNODINOS J; TAN YP; TANG SQ; TOKI W; TONG GL; TORRENCE E; WANG F; WANG LS; WANG LZ; WANG M; WANG P; WANG PL; WANG SM; WANG TJ; WANG YY; WEI CL; WHITTAKER S; WILSON R; WISNIEWSKI WJ; XI DM; XIA XM; XIE PP; XIONG WJ; XU DZ; XU RS; XU ZQ; XUE ST; YAMAMOTO R; YAN J; YAN WG; YANG CM; YANG CY; YANG J; YANG W; YE MH; YE SW; YE SZ; YOUNG K; YU CS; YU CX; YU ZQ; YUAN CZ; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG LS; ZHANG SQ; ZHANG Y; ZHANG YY; ZHAO DX; ZHAO HW; ZHAO JW; ZHAO M; ZHAO PD; ZHAO WR; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU GP; ZHOU HS; ZHOU L; ZHOU XF; ZHOU YH; ZHU QM; ZHU YC; ZHU YS; ZHUANG BA; ZIOULAS G
      SEARCH FOR A VECTOR GLUEBALL BY A SCAN OF THE J PSI RESONANCE (VOL 54, PG 1221, 1996)/

      Physical review. D. Particles and fields
    11. BAI JZ; BARDON O; BLUM I; BREAKSTONE A; BURNETT T; CHEN GP; CHEN HF; CHEN J; CHEN SJ; CHEN SM; CHEN Y; CHEN YB; CHEN YQ; CHENG BS; COWAN RF; CUI XZ; DING HL; DU ZZ; DUNWOODIE W; FAN XL; FANG J; GAO CS; GAO ML; GAO SQ; GRATTON P; GU JH; GU SD; GU WX; GU YF; GUO YN; HAN SW; HAN Y; HARRIS FA; HE J; HE M; HITLIN DG; HU GY; HU T; HU XQ; HUANG DQ; IZEN JM; JIANG CH; JIN S; JIN Y; JONES L; KANG SH; KE ZJ; KELSEY MH; KIM BR; KONG D; LAI YF; LAN HB; LANG PF; LANKFORD A; LI F; LI J; LI PP; LI Q; LI RB; LI W; LI WD; LI WG; LI XH; LI XN; LIN SZ; LIU HM; LIU J; LIU JH; LIU Q; LIU RG; LIU Y; LIU ZA; LOU XC; LOWERY B; LU JG; LU JY; LUO S; LUO Y; MA AM; MA EC; MA JM; MALCHOW R; MANDELKERN M; MAO HS; MA ZP; MENG XC; NI HL; NIE J; OLSEN SL; OYANG J; PALUSELLI D; PAN LJ; PANETTA J; PORTER F; PRABHAKAR E; QI ND; QUE YK; RONG G; SCHERNAU M; SCHMID B; SCHULTZ J; SHAO YY; SHEN DL; SHEN H; SHEN XY; SHENG HY; SHI HZ; SODERSTROM E; SONG XF; STANDIFIRD J; STOKER D; SUN F; SUN HS; SUN SJ; SYNODINOS J; TAN YP; TANG SQ; TOKI W; TONG GL; WANG F; WANG LS; WANG LZ; WANG M; WANG P; WANG PL; WANG SM; WANG TJ; WANG YY; WEAVER M; WEI CL; WISNIEWSKI WJ; XI DM; XIA XM; XIE PP; XU DZ; XU RS; XU ZQ; XUE ST; YAN J; YAN WG; YANG CM; YANG CY; YANG H; YANG W; YE MH; YE SZ; YOUNG K; YU CS; YU CX; YU ZQ; YUAN CZ; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG LS; ZHANG SQ; ZHANG Y; ZHANG YY; ZHAO DX; ZHAO JW; ZHAO M; ZHAO WR; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU GP; ZHOU HS; ZHOU L; ZHOU XF; ZHOU YH; ZHU QM; ZHU YC; ZHU YS; ZHUANG BA
      DIRECT MEASUREMENT OF B(D-S(+)-]PHI-X+)

      Physical review. D. Particles and fields
    12. BAI JZ; BARDON O; BLUM I; BREAKSTONE A; BURNETT T; CHEN GP; CHEN HF; CHEN J; CHEN SJ; CHEN SM; CHEN Y; CHEN YB; CHEN YQ; CHENG BS; COWAN RF; CUI XZ; DING HL; DU ZZ; DUNWOODIE W; FAN XL; FANG J; FERO M; GAO CS; GAO ML; GAO SQ; GRATTON P; GU JH; GU SD; GU WX; GU YF; GUO YN; HAN SW; HAN Y; HARRIS FA; HATANAKA M; HE J; HE M; HITLIN DG; HU GY; HU T; HU XQ; HUANG DQ; HUANG YZ; IZEN JM; JIA QP; JIANG CH; JIN S; JIN Y; JONES L; KANG SH; KE ZJ; KELSEY MH; KIM BK; KONG D; LAI YF; LAN HB; LANG PF; LANKFORD A; LI F; LI J; LI PQ; LI Q; LI RB; LI W; LI WD; LI WG; LI XH; LI XN; LIN SZ; LIU HM; LIU JH; LIU Q; LIU RG; LIU Y; LIU ZA; LOU XC; LOWERY B; LU JG; LUO S; LUO Y; MA AM; MA EC; MA JM; MAO HS; MAO ZP; MALCHOW R; MANDELKERN M; MENG XC; NI HL; NIE J; OLSEN SL; OYANG J; PALUSELLI D; PAN LJ; PANETTA J; PORTER F; PRABHAKAR E; QI ND; QUE YK; QUIGLEY J; RONG G; SCHERNAU M; SCHMID B; SCHULTZ J; SHAO YY; SHEN DL; SHEN H; SHEN XY; SHENG HY; SHI HZ; SHI XR; SMITH A; SODERSTROM E; SONG XF; STANDIFIRD J; STOKER D; SUN F; SUN HS; SUN SJ; SYNODINOS J; TAN YP; TANG SQ; TOKI W; TONG GL; TORRENCE E; WANG F; WANG LS; WANG LZ; WANG M; WANG P; WANG PL; WANG SM; WANG TJ; WANG YY; WEI CL; WHITTAKER S; WILSON R; WISNIEWSKI WJ; XI DM; XIA XM; XIE PP; XU DZ; XU RS; XU ZQ; XUE ST; YAMAMOTO R; YAN J; YAN WG; YANG CM; YANG CY; YANG W; YE MH; YE SZ; YOUNG K; YU CS; YU XC; YU ZQ; YUAN CZ; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG LS; ZHANG SQ; ZHANG Y; ZHANG YY; ZHAO DX; ZHAO HW; ZHAO JW; ZHAO M; ZHAO WR; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU GP; ZHOU HS; ZHOU L; ZHOU XF; ZHOU YH; ZHU QM; ZHU YC; ZHU YS; ZHUANG BA; ZIOULAS G
      EVIDENCE FOR THE LEPTONIC DECAY D-]MU-NU(MU)

      Physics letters. Section B
    13. BAI JZ; BIAN JG; CHAI ZW; CHEN GP; CHEN HF; CHEN JC; CHEN SM; CHEN YQ; CHEN Y; CHEN YB; CHENG BS; CUI XZ; DING HL; DU ZZ; FAN XL; FANG J; GAO CS; GAO ML; GAO SQ; GU JH; GU SD; GU WX; GU YF; GUO YA; HAN SW; HAN Y; HE JT; HE J; HE M; HU GY; HU JL; HU QH; HU T; HU XQ; HUANG XP; HUANG YZ; JIANG CH; JIN S; JIN Y; KANG SH; KE ZJ; LAI YF; LAN HB; LANG PF; LI J; LI PQ; LI Q; LI RB; LI W; LI WD; LI WG; LI XH; LI XN; LIN SZ; LIU HM; LIU J; LIU JH; LIU Q; LIU RG; LIU Y; LIU ZA; LU F; LU JG; LU JY; LUO SQ; LUO Y; MA AM; MA EC; MA JM; MAO HS; MAO ZP; MENG XC; NI HL; NIE J; QI ND; QIU JF; QU YH; QUE YK; RONG G; SHAO YY; SHEN BW; SHEN DL; SHEN H; SHEN XY; SHENG HY; SHI HZ; SONG XF; SUN F; SUN HS; SUN SJ; TAN YP; TANG SQ; TONG GL; WANG F; WANG JF; WANG LS; WANG LZ; WANG M; WANG M; WANG PL; WANG P; WANG SM; WANG TJ; WANG YY; WEI CL; WU YG; XI DM; XIA XM; XIE PP; XIONG WJ; XU GF; XU RS; XU ZJ; XUE ST; YAN J; YAN WG; YANG CY; YANG CM; YANG J; YANG XF; YE MH; YE SZ; YE SW; YI K; YU CS; YU CX; YU ZT; YU ZQ; YUAN CZ; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG L; ZHANG LS; ZHANG QJ; ZHANG SQ; ZHANG XY; ZHANG Y; ZHANG YY; ZHAO DX; ZHAO HW; ZHAO JW; ZHAO M; ZHAO WR; ZHAO WH; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU GP; ZHOU HS; ZHOU L; ZHOU YH; ZHU QM; ZHU YC; ZHU YS; ZHUANG BA
      LAMBDA(LAMBDA)OVER-BAR-PRODUCTION, LAMBDA (LAMBDA)OVER-BAR-GAMMA-PRODUCTION AND LAMBDA(LAMBDA)OVER-BAR-PI(0)-PRODUCTION IN J PSI-DECAY/

      Gaoneng wuli yu he wuli
    14. BAI JZ; BIAN JG; CHAI ZW; CHEN GP; CHEN HF; CHEN JC; CHEN SM; CHEN YQ; CHEN Y; CHEN YB; CHENG BS; CUI XZ; DING HL; DU ZZ; FAN XL; FANG J; GAO CS; GAO ML; GAO SQ; GU JH; GU SD; GU WX; GU YF; GUO YN; HAN SW; HAN Y; HE JT; HE J; HE M; HU GY; HU JL; HU QH; HU T; HU XQ; HUANG XP; HUANG YZ; JIANG CH; JIN S; JIN Y; KANG SH; KE ZJ; LAI YF; LAN HB; LANG PF; LI J; LI PQ; LI Q; LI RB; LI W; LI WD; LI WG; LI XH; LI XN; LIN SZ; LIU HM; LIU J; LIU JH; LIU Q; LIU RG; LIU Y; LIU ZN; LU F; LU JG; LU JY; LUO SQ; LUO Y; MA AM; MA EC; MA JM; MAO HS; MAO ZP; MENG XC; NI HL; NIE J; QI ND; QIU JF; QU YH; QUE YK; RONG G; SHAO YY; SHEN BW; SHEN DL; SHEN H; SHEN XY; SHENG HY; SHI HZ; SONG XF; SUN F; SUN HS; SUN SJ; TAN YP; TANG SQ; TONG GL; WANG F; WANG JF; WANG LZ; WANG LS; WANG M; WANG M; WANG PL; WANG P; WANG SM; WANG TJ; WANG YY; WEI CL; WU YG; XI DM; XIA XM; XIE PP; XIE YG; XIONG WJ; XU GF; XU RS; XU ZJ; XUE ST; YAN J; YAN WG; YANG CY; YANG CM; YANG J; YANG XF; YE MH; YE SZ; YE SW; YI K; YU CS; YU CX; YU ZT; YU ZQ; YUAN CZ; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG L; ZHANG LS; ZHANG QJ; ZHANG SQ; ZHANG XY; ZHANG Y; ZHANG YY; ZHAO DX; ZHAO HW; ZHAO JW; ZHAO M; ZHAO WR; ZHAO X; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU GP; ZHOU HS; ZHOU L; ZHOU YH; ZHU QM; ZHU YC; ZHU YS; ZHUANG B
      EXPERIMENTAL-STUDY OF HADRON INCLUSIVE PRODUCTION IN J PSI ENERGY REGION/

      High energy physics & nuclear physics
    15. BAI JZ; BARDON O; BIAN JG; BLUM I; BREAKSTONE A; BURNETT T; CHAI ZW; CHEN GP; CHEN HF; CHEN J; CHEN JC; CHEN SM; CHEN Y; CHEN YB; CHEN YQ; CHENG BS; COWAN RF; CUI XZ; DING HL; DU ZZ; DUNWOODIE W; FAN XL; FANG J; FERO M; GAO CS; GAO ML; GAO SQ; GRATTON P; GU JH; GU SD; GU WX; GU YF; GUO YN; HAN SW; HAN Y; HARRIS FA; HE J; HE JT; HE M; HITLIN DG; HU GY; HU JL; HU QH; HU T; HU XQ; HUANG XP; HUANG YZ; IZEN JM; JIA QP; JIANG CH; JIN S; JIN Y; JONES L; KANG SH; KE ZJ; KELSEY MH; KIM BK; KONG D; LAI YF; LAN HB; LANG PF; LANKFORD A; LI J; LI PQ; LI Q; LI RB; LI W; LI WD; LI WG; LI XH; LI XN; LIN SZ; LU F; LIU HM; LIU J; LIU JH; LIU Q; LIU RG; LIU Y; LIU ZA; LOU XC; LOWERY B; LU JG; LU JY; LUO SQ; LUO Y; MA AM; MA EC; MA JM; MAO HS; MAO ZP; MALCHOW R; MANDELKERN M; MENG XC; NI HL; NIE J; OLSEN SL; OYANG J; PALUSELLI D; PAN LJ; PANETTA J; PORTER F; PRABHAKAR E; QI ND; QIU JF; QU YH; QUE YK; RONG G; SCHERNAU M; SCHMID B; SCHULTZ J; SHAO YY; SHEN BW; SHEN DL; SHEN H; SHEN XY; SHENG HY; SHI HZ; SHI XR; SODERSTROM E; SONG XF; STANDIFIRD J; STOKER D; SUN F; SUN HS; SUN SJ; SYNODINOS J; TAN YP; TANG SQ; TOKI W; TONG GL; WANG F; WANG JF; WANG LS; WANG LZ; WANG M; WANG M; WANG P; WANG PL; WANG SMM; WANG TJ; WANG YY; WEAVER M; WEI CL; WISNIEWSKI WJ; WU YG; XI DM; XIA XM; XIE PP; XIONG WJ; XU DZ; XU GF; XU RS; XU ZQ; XUE ST; YAN J; YAN WG; YANG CM; YANG CY; YANG H; YANG J; YANG W; YANG XF; YE MH; YE SW; YE SZ; YI K; YOUNG K; YU CS; YU CX; YU ZQ; YU ZT; YUAN CZ; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG LS; ZHANG L; ZHANG QJ; ZHANG SQ; ZHANG XY; ZHANG Y; ZHANG YY; ZHAO DX; ZHAO HW; ZHAO JW; ZHAO M; ZHAO WR; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU GP; ZHOU HS; ZHOU L; ZHOU YH; ZHU QM; ZHU YC; ZHU YS; ZHUANG BA
      MEASUREMENT OF THE BRANCHING FRACTION OF D-S INCLUSIVE SEMILEPTONIC DECAY D-S(-]E(+)X())

      Physical review. D. Particles and fields
    16. ZHANG YZ; HOU WF; TAN YP
      STRUCTURE AND DYEING PROPERTIES OF SOME ANTHRAQUINONE VIOLET ACID DYES

      Dyes and pigments
    17. DONOVAN WP; TAN YP; SLANEY AC
      CLONING OF THE NPRA GENE FOR NEUTRAL PROTEASE A OF BACILLUS-THURINGIENSIS AND EFFECT OF IN-VIVO DELETION OF NPRA ON INSECTICIDAL CRYSTAL PROTEIN

      Applied and environmental microbiology
    18. BAI JZ; BARDON O; BLUM I; BREAKSTONE A; BURNETT T; CHEN GP; CHEN HF; CHEN J; CHEN SM; CHEN Y; CHEN YB; CHEN YQ; CHENG BS; COWAN RF; CUI XZ; DING HL; DU ZZ; DUNWOODIE W; FAN XL; FANG J; FERO M; GAO CS; GAO ML; GAO SQ; GRATTON P; GU JH; GU SD; GU WX; GU YF; GUO YN; HAN SW; HAN Y; HARRIS FA; HATANAKA M; HE J; HE M; HITLIN DG; HU GY; HU T; HU XQ; HUANG DQ; HUANG YZ; IZEN JM; JIA QP; JIANG CH; JIN S; JIN Y; JONES L; KANG SH; KE ZJ; KELSEY MH; KIM BK; KONG D; LAI YF; LAN HB; LANG PF; LANKFORD A; LI F; LI J; LI PQ; LI Q; LI RB; LI W; LI WD; LI WG; LI XH; LI XN; LIN SZ; LIU HM; LIU J; LIU JH; LIU Q; LIU RG; LIU Y; LIU ZA; LOU XC; LOWERY B; LU JG; LUO SQ; LUO Y; MA AM; MA EC; MA JM; MAO HS; MAO ZP; MALCHOW R; MANDELKERN M; MENG XC; NI HL; NIE J; OLSEN SL; OYANG J; PALUSSELLI D; PAN LJ; PANETTA J; PORTER F; PRABHAKAR E; QU ND; QUE YK; QUIGLEY J; RONG G; SCHERNAU M; SCHMID B; SCHULTZ J; SHAO YY; SHEN BW; SHEN DL; SHEN H; SHEN XY; SHENG HY; SHI HZ; SHI XR; SMITH A; SODERSTROM E; SONG XF; STANDIFIRD J; STOKER D; SUN F; SUN HS; SUN SJ; SYNODINOS J; TAN YP; TANG SQ; TOKI W; TONG GL; TORRENCE E; WANG F; WANG LS; WANG LZ; WANG M; WANG P; WANG PL; WANG SM; WANG TJ; WANG YY; WEI CL; WHITTAKER S; WILSON R; WISNIEWSKI WJ; XI DM; XIA XM; XIE PP; XIONG WJ; XU DZ; XU RS; XU ZQ; XUE ST; YAMAMOTO R; YAN J; YAN WG; YANG CM; YANG CY; YANG J; YANG W; YE MH; YE SW; YE SZ; YOUNG K; YU SC; YU CX; YU ZQ; YUAN CZ; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG LS; ZHANG SQ; ZHANG Y; ZHANG YY; ZHAO DX; ZHAO HW; ZHAO JW; ZHAO M; ZHAO PD; ZHAO WR; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU GP; ZHOU HS; ZHOU L; ZHOU XF; ZHOU YH; ZHU QM; ZHU YC; ZHU YS; ZHUANG BA; ZIOULAS G
      SEARCH FOR A VECTOR GLUEBALL BY A SCAN OF THE J PSI RESONANCE/

      Physical review. D. Particles and fields
    19. BAI JZ; BARDON O; BECKERSZENDY RA; BLUM I; BREAKSTONE A; BURNETT T; CHEN GP; CHEN HF; CHEN J; CHEN SJ; CHEN SM; CHEN Y; CHEN YB; CHEN YQ; CHENG BS; COWAN RF; CUI HC; CUI XZ; DING HL; DU ZZ; DUNWOODIE W; FAN XL; FANG J; GAO CS; GAO ML; GAO SQ; GAO WX; GRATTON P; GU JH; GU SD; GU WX; GU YF; GUO YN; HAN SW; HAN Y; HARRIS FA; HATANAKA M; HE J; HE KR; HE M; HITLIN DG; HU GY; HU T; HU XQ; HUANG DQ; HUANG YZ; IZEN JM; JIA QP; JIANG CH; JIANG ZZ; JIN S; JIN Y; JONES L; KANG SH; KE ZJ; KELSEY MH; KIM BK; LAI YF; LAN HB; LANG PF; LANKFORD A; LI F; LI J; LI PQ; LI Q; LI RB; LI W; LI WD; LI WG; LI XH; LI XN; LI YS; LIN SZ; LIU HM; LIU J; LIU JH; LIU Q; LIU RG; LIU Y; LIU ZA; LOU XC; LOWERY B; LU F; LU JG; LUO Y; MA AM; MA DH; MA EC; MA JM; MAO HS; MAO ZP; MALCHOW R; MANDELKERN M; MARSISKE H; MENG XC; NI HL; NIE J; OLSEN SL; OYANG J; PALUSELLI D; PAN LJ; PANETTA G; PORTER F; PRABHAKAR E; QI ND; QUE YK; QUIGLEY J; RONG G; SCHERNAU M; SCHMID B; SCHULTZ J; SHAO YY; SHEN BW; SHEN DL; SHEN H; SHEN XY; SHENG HY; SHI HZ; SHI XR; SMITH A; SODERSTROM E; SONG XF; STANDIFIRD J; STOKER D; SUN F; SUN HS; SUN SJ; SYNODINOS J; TAN YP; TANG SQ; TOKI W; TONG GL; TORRENCE E; WANG F; WANG LS; WANG LZ; WANG M; WANG P; WANG PL; WANG SM; WANG TJ; WANG YY; WEI CL; WHITTAKER S; WILSON R; WISNIEWSKI WJ; WU YG; XI DM; XIA XM; XIE PP; XIE XX; XIONG WJ; XU DZ; XU MK; XU RS; XU YD; XU ZQ; XUE ST; YAMAMOTO R; YAN J; YAN WG; YANG CM; YANG CY; YANG J; YANG W; YAO HB; YE MH; YE SW; YE SZ; YU CS; YU CX; YU YH; YU ZQ; YUAN CZ; ZENG JY; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG LS; ZHANG SQ; ZHANG Y; ZHANG YY; ZHAO DX; ZHAO HW; ZHAO JW; ZHAO M; ZHAO PD; ZHAO WR; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU GP; ZHOU HS; ZHOU L; ZHOU XF; ZHOU YH; ZHU HG; ZHU QM; ZHU YC; ZHU YS; ZHUANG BA; ZIOULAS G
      MEASUREMENT OF THE MASS OF THE TAU-LEPTON

      Physical review. D. Particles and fields
    20. BAI JZ; BIAN JG; CHAI ZW; CHEN GP; CHEN HF; CHEN JC; CHEN SM; CHEN Y; CHEN YB; CHEN YQ; CHENG BS; CHENG ZD; CUI XZ; DING HL; DING WY; DU ZZ; FAN XL; FANG J; GAO CS; GAO ML; GAO SQ; GU JH; GU SD; GU WX; GU YF; GUO YN; HAN SW; HAN Y; HE J; HE M; HU GY; HU JL; HU QH; HU T; HU XQ; HUANG XP; HUANG YZ; JIANG CH; JIN S; JIN Y; KANG SH; KE ZJ; LAI YF; LAN HB; LANG PF; LI J; LI PQ; LI Q; LI RB; LI W; LI WD; LI WG; LI XH; LI XN; LIN SZ; LIU HM; LIU J; LIU JH; LIU Q; LIU RG; LIU Y; LIU ZA; LU F; LU JG; LU JY; LU LC; LUO SQ; LUO Y; MA AM; MA EC; MA JM; MAO HS; MAO ZP; MENG XC; NI HL; NIE J; QI ND; QIU JF; QU YH; QUE YK; RONG G; SHAO YY; SHEN BW; SHEN DL; SHEN H; SHEN XY; SHENG HY; SHI HZ; SONG XF; SUN F; SUN HS; SUN SJ; TAN YP; TANG SQ; TONG GL; WANG F; WANG JF; WANG LS; WANG LZ; WANG M; WANG M; WANG P; WANG PL; WANG SM; WANG TJ; WANG YY; WEI CL; WU YG; XI DM; XIA XM; XIE PP; XIE YG; XIONG WJ; XU GF; XU RS; XU ZQ; XUE ST; YAN J; YAN WG; YANG CM; YANG CY; YANG J; YANG XF; YE MH; YE SW; YE SZ; YI K; YU CS; YU CX; YU ZQ; YU ZT; YUAN CZ; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG L; ZHANG LS; ZHANG QJ; ZHANG SQ; ZHANG XY; ZHANG Y; ZHANG YY; ZHAO DX; ZHAO HW; ZHAO JW; ZHAO M; ZHAO WH; ZHAO WR; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU GP; ZHOU HS; ZHOU L; ZHOU YH; ZHU QM; ZHU YC; ZHU YS; ZHUANG BA
      STRUCTURE-ANALYSIS OF THE F(J)(1710) IN THE RADIATIVE DECAY J PSI-]GAMMA-K+K-/

      Physical review letters
    21. BAI JZ; CHEN GP; CHEN HF; CHEN SJ; CHEN SM; CHEN Y; CHEN YB; CHEN YQ; CHENG BS; CUI XZ; DING HL; DING WY; DU ZZ; FAN XL; FANG J; GAO CS; GAO ML; GAO SQ; GU JH; GU SD; GU WX; GU YF; GUO YN; HAN SW; HAN Y; HE J; HE M; HU GY; HU T; HU XQ; HUANG DQ; HUANG T; HUANG YZ; JIANG CH; JIN S; JIN Y; KANG SH; KE ZJ; LAI YF; LAN HB; LANG PF; LI F; LI J; LI PQ; LI Q; LI RB; LI W; LI WD; LI WG; LI XH; LI XN; LIN SZ; LIU HM; LIU J; LIU JH; LIU Q; LIU RG; LIU Y; LIU ZA; LU JG; LU JY; LUO SQ; LUO Y; MA AM; MA EC; MA JM; MAO HS; MAO ZP; MENG XC; NI HL; NIE J; QI ND; QUE YK; RONG G; SHAO YY; SHEN BW; SHEN DL; SHEN H; SHEN XY; SHENG HY; SHI HZ; SONG XF; SUN F; SUN HS; SUN SJ; TAN YP; TANG SQ; TONG GL; WANG F; WANG LS; WANG LZ; WANG M; WANG P; WANG PL; WANG SM; WANG TJ; WANG YY; WEI CL; XI DM; XIA XM; XIE PP; XIE YG; XIONG WJ; XU DZ; XU RS; XU ZQ; XUE ST; YAN J; YAN WG; YANG CM; YANG CY; YANG J; YANG W; YE MH; YE SW; YE SZ; YU CS; YU CX; YU ZQ; YU ZT; YUAN CZ; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG L; ZHANG LS; ZHANG SQ; ZHANG XY; ZHANG Y; ZHANG YY; ZHAO DX; ZHAO HW; ZHAO JW; ZHAO M; ZHAO PD; ZHAO WR; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU GP; ZHOU HS; ZHOU L; ZHOU XF; ZHOU YH; ZHU QM; ZHU YC; ZHU YS; ZHUANG BA
      STUDIES OF XI(2230) IN J PSI RADIATIVE DECAYS

      Physical review letters
    22. GOULTHORPE M; ZAINUL Z; TAN YP
      'DISTURBED SUR REALISM', FALSE IMPRESSIONS + AN EXPLORATION OF THE QUALITIES OF COMPUTER MANIPULATED IMAGES THAT ARE NO LONGER EITHER PHOTOGRAPHS OR MONTAGES

      Architectural design
    23. SHALER TA; TAN YP; WICKHAM JN; WU KJ; BECKER CH
      ANALYSIS OF ENZYMATIC DNA-SEQUENCING REACTIONS BY MATRIX-ASSISTED LASER-DESORPTION IONIZATION TIME-OF-FLIGHT MASS-SPECTROMETRY

      Rapid communications in mass spectrometry
    24. BAI JZ; CHEN GP; CHEN HF; CHEN SM; CHEN SJ; CHEN YQ; CHEN Y; CHEN YB; CHENG ZD; CHENG BS; CUI HC; CUI XZ; DING HL; DING WY; DU ZZ; FAN XL; FANG J; GAO CS; GAO ML; GAO SQ; GAO WX; GU JH; GU SD; GU WX; GU YF; GUO YN; GUO YY; HAN Y; HAN SW; HE J; HE M; HE KR; HU GY; HU HB; HU T; HU XQ; HUANG DQ; HUANG YZ; JIANG CH; JIN S; JIN Y; KE ZJ; KANG SH; LAI YF; LANG PF; LAN HB; LI F; LI J; LI Q; LI PQ; LI QM; LI RB; LI W; LI WD; LI WG; LI XN; LIN SZ; LIU HM; LIU Q; LIU RG; LIU Y; LIU JH; LIU ZN; LU JG; LUO SQ; MA AM; MA JM; MAO HS; MAO ZP; MENG XC; NI HL; NIE J; PAN LJ; QI ND; QUE YK; RONG G; SHAO YY; SHEN BW; SHEN DL; SHEN H; SHEN XY; SHENG HY; SONG XF; SHI HZ; SUN F; SUN HS; TAN YP; TONG GL; TANG SQ; WANG LZ; WANG M; WANG LS; WANG PL; WANG P; WANG SM; WANG TJ; WANG YY; WEI CL; XI DM; XIA XM; XIE PP; XIE XX; XIE YG; XU RS; XU DZ; XU ZJ; XUE ST; YAN J; YAN WG; YANG CY; YANG CM; YANG W; YE MH; YE SZ; YU CX; YU ZQ; YU CS; YUAN CZ; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG SQ; ZHANG LS; ZHANG XY; ZHANG Y; ZHANG YY; ZHUANG B; ZHAO DX; ZHAO M; ZHAO JW; ZHAO PD; ZHAO WR; ZHAO WH; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU BQ; ZHOU GP; ZHOU HS; ZHOU L; ZHOU YH; ZHOU XF; ZHU QM; ZHU YC; ZHU YS
      EXPERIMENT STUDY OF F(0)(975) IN J PSI DECAYS

      High energy physics & nuclear physics
    25. BAI JZ; BARDON O; BLUM I; BREAKSTONE A; BURNETT T; CHEN GP; CHEN HF; CHEN J; CHEN SJ; CHEN SM; CHEN Y; CHEN YB; CHEN YQ; CHENG BS; COWAN RF; CUI HC; CUI XZ; DING HL; DU ZZ; DUNWOODIE W; FAN XL; FANG J; FERO M; GAO CS; GAO ML; GAO SQ; GAO WX; GRATTON P; GU JH; GU SD; GU WX; GU YF; GUO YN; HAN SW; HAN Y; HARRIS FA; HATANAKA M; HE J; HE KR; HE M; HITLIN DG; HU GY; HU HB; HU T; HU XQ; HUANG DQ; HUANG YZ; IZEN JM; JIA QP; JIANG CH; JIN Y; JONES L; KANG SH; KELSEY MH; KIM BK; LAI YF; LAN HB; LANG PF; LANKFORD A; LI F; LI J; LI PQ; LI Q; LI RB; LI W; LI WD; LI WG; LI X; LI XN; LIN SZ; LIU HM; LIU JH; LIU Q; LIU RG; LIU Y; LIU ZA; LOU XC; LOWERY B; LU JG; MA AM; MA EC; MA JM; MAO HS; MAO ZP; MALCHOW R; MANDELKERN M; MENG XC; NI HL; NIE J; OLSEN SL; OYANG J; PALUSELLI D; PAN LJ; PANETTA J; PORTER F; PRABHAKAR E; QI ND; QUE YK; QUIGLEY J; RONG G; SCHERNAU M; SCHMID B; SCHULTZ J; SHAO YY; SHEN DL; SHEN H; SHEN XY; SHENG HY; SHI HZ; SHI XR; SMITH A; SODERSTROM E; SONG XF; STANDIFIRD J; STOKER D; SUN F; SUN HS; SUN SJ; SYNODINOS J; TAN YP; TANG SQ; TOKI W; TONG GL; TORRENCE E; WANG F; WANG LS; WANG LZ; WANG M; WANG P; WANG PL; WANG SM; WANG TJ; WANG W; WANG YY; WHITTAKER S; WILSON R; WISNIEWSKI WJ; XI DM; XIA XM; XIE PP; XU DZ; XU RS; XU ZQ; XUE ST; YAMAMOTO R; YAN J; YAN WG; YANG CM; YANG CY; YANG W; YAO HB; YE MH; YE SZ; YU CS; YU CX; YU ZQ; YUAN CZ; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG LS; ZHANG SQ; ZHANG Y; ZHANG YY; ZHAO DX; ZHAO JW; ZHAO M; ZHAO PD; ZHAO WR; ZHAO WX; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU GP; ZHOU HS; ZHOU L; ZHOU XF; ZHOU YH; ZHU QM; ZHU YC; ZHU YS; ZHUANG BA; ZIOULAS G
      DIRECT MEASUREMENT OF THE D-3 BRANCHING FRACTION TO PHI-PI

      Physical review. D. Particles and fields
    26. BAI JZ; CHEN GP; CHEN HF; CHEN SJ; CHEN SM; CHEN Y; CHEN YB; CHEN YQ; CHENG BS; CHENG ZD; CUI HC; CUI XZ; DING HL; DING WY; DU ZZ; FAN XL; FANG J; FANG WZ; GAO CS; GAO ML; GAO SQ; GAO WX; GU JH; GU SD; GU WX; GU YF; GUO YN; GUO YY; HAN SW; HAN Y; HE J; HE KR; HE M; HU GY; HU HP; HU T; HU XQ; HUANG DQ; HUANG YZ; JIANG CH; JIN S; JIN Y; KANG SH; KE ZJ; LAI YF; LAN HB; LANG PF; LI F; LI J; LI PQ; LI Q; LI QM; LI RB; LI W; LI WD; LI WG; LI XN; LIN SZ; LIU HM; LIU JH; LIU Q; LIU RG; LIU Y; LIU ZA; LU JG; LUO SQ; MA AM; MA DH; MA EC; MA JM; MAO HS; MAO ZP; MENG XC; NI HL; NIE J; PAN LJ; QI ND; QUE YK; RONG G; SHAO YY; SHEN BW; SHEN DL; SHEN H; SHEN XY; SHENG HY; SHI HZ; SONG XF; SUN F; SUN HS; TAN YP; TANG SQ; TONG GL; WANG LS; WANG LZ; WANG M; WANG P; WANG PL; WANG SM; WANG TJ; WANG YY; WEI CL; XI DM; XIA XM; XIE PP; XIE XX; XIE YG; XU DZ; XU RS; XU ZQ; XUE ST; YAN J; YAN WG; YANG CM; YANG CY; YANG W; YE MH; YE SZ; YU CS; YU CX; YU ZQ; YUAN CZ; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG LS; ZHANG SQ; ZHANG XY; ZHANG Y; ZHANG YY; ZHUANG BA; ZHAO DX; ZHAO JW; ZHAO M; ZHAO PD; ZHAO WH; ZHAO WR; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU BQ; ZHOU GP; ZHOU HS; ZHOU L; ZHOU XF; ZHOU YH; ZHOU QM; ZHU YC; ZHU YS
      A MEASUREMENT OF J PSI DECAY WIDTHS

      Physics letters. Section B
    27. HAN SW; HU LD; LIU NZ; MAO HS; SHI HZ; TAN YP; WANG GL; ZHANG CD; ZHANG G; ZHANG LS; ZHANG ZX; ZHAO XJ; ZHENG LS; ZHONG XC; ZHOU YS; BYONWAGNER A; GREEN D; PARA A; JOHNSON K; BARNES V
      RADIATION HARDNESS TESTS OF SCINTILLATING TILE WLS FIBER CALORIMETER MODULES

      Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment
    28. BAI JZ; BARDON O; BLUM I; BREAKSTONE A; BURNETT T; CHEN GP; CHEN HF; CHEN J; CHEN SJ; CHEN SM; CHEN Y; CHEN YB; CHEN YQ; CHENG BS; COWAN RF; CUI HC; CUI XZ; DING HL; DU ZZ; DUNWOODIE W; FAN XL; FANG J; FERO M; GAO CS; GAO ML; GAO SQ; GAO WX; GRATTON P; GU JH; GU SD; GU WX; GU YF; GUO YN; HAN SW; HAN Y; HARRIS FA; HATANAKA M; HE J; HE KR; HE M; HITLIN DG; HU GY; HU HB; HU T; HU XQ; HUANG DQ; HUANG YZ; IZEN JM; JIA QP; JIANG CH; JIN Y; JONES L; KANG SH; KELSEY MH; KIM BK; LAI YF; LAN HB; LANG PF; LANKFORD A; LI F; LI J; LI PQ; LI Q; LI RB; LI W; LI WD; LI WG; LI X; LI XN; LIN SZ; LIU HM; LIU JH; LIU Q; LIU RG; LIU Y; LIU ZA; LOU XC; LOWERY B; LU JG; MA AM; MA EC; MA JM; MAO HS; MAO ZP; MALCHOW R; MANDELKERN M; MENG XC; NI HL; NIE J; OLSEN SL; OYANG J; PALUSELLI D; PAN LJ; PANETTA J; PORTER F; PRABHAKAR E; QI ND; QUE YK; QUIGLEY J; RONG G; SCHERNAU M; SCHMID B; SCHULTZ J; SHAO YY; SHEN DL; SHEN H; SHEN XY; SHENG HY; SHI HZ; SHI XR; SMITH A; SODERSTROM E; SONG XF; STANDIFIRD J; STOKER D; SUN F; SUN HS; SUN SJ; SYNODINOS J; TAN YP; TANG SQ; TOKI W; TONG GL; TORRENCE E; WANG F; WANG LS; WANG LZ; WANG M; WANG P; WANG PL; WANG SM; WANG TJ; WANG W; WANG YY; WHITTAKER S; WILSON R; WISNIEWSKI WJ; XI DM; XIA XM; XIE PP; XU DZ; XU RS; XU ZQ; XUE ST; YAMAMOTO R; YAN J; YAN WG; YANG CM; YANG CY; YANG W; YAO HB; YE MH; YE SZ; YU CS; YU CX; YU ZQ; YUAN CZ; ZHANG BY; ZHANG CC; ZHANG DH; ZHANG HL; ZHANG J; ZHANG JW; ZHANG LS; ZHANG SQ; ZHANG Y; ZHANG YY; ZHAO DX; ZHAO JW; ZHAO M; ZHAO PD; ZHAO WR; ZHAO WX; ZHENG JP; ZHENG LS; ZHENG ZP; ZHOU GP; ZHOU HS; ZHOU L; ZHOU XF; ZHOU YH; ZHU QM; ZHU YC; ZHU YS; ZHUANG BA; ZIOULAS G
      DIRECT MEASUREMENT OF THE PSEUDOSCALAR DECAY CONSTANT, F(D-S)

      Physical review letters
    29. QI YP; HUANG YX; SHEN Y; TAN YP; WANG FS
      EXPRESSION OF BACILLUS-THURINGIENSIS DELTA-ENDOTOXIN GENE WITH RECOMBINANT BACULOVIRUS IN INSECT-CELL

      Chinese Science Bulletin
    30. TRAUTMANN A; TAN YP; KRAUSE KH; BESSIS M; MALAWISTA S; BONGRAND P; BULL M; BINET JL
      CALCIUM IMAGING

      Blood cells
    31. LIU NZ; ZHANG CD; ZHENG LS; HU LD; ZHAO XJ; ZHONG XC; DENG H; ZHU SG; ZHANG G; ZHANG ZX; ZHANG LS; ZHOU YS; XU JG; TAN YP; HAN SR; HAN Y; BAO XM
      TEST BEAM ON THE BEIJING-ELECTRON-POSITRON-COLLIDER (BEPC) AND PHYSICS WORK ON IT

      High energy physics & nuclear physics
    32. MAO HS; WANG GL; LIU NZ; ZHANG G; ZHANG ZX; ZHANG LS; ZHANG CD; ZHENG LS; ZHOU YS; HU LD; ZHAO XJ; ZHONG XC; TAN YP; SHIWEN H; GREEN D; PARA A; JOHNSON K
      STUDY OF RADIATION-DAMAGE OF A TILE FIBER SCINTILLATOR CALORIMETER

      High energy physics & nuclear physics


ASDD Area Sistemi Dipartimentali e Documentali, Università di Bologna, Catalogo delle riviste ed altri periodici
Documento generato il 04/08/20 alle ore 22:23:15