排序方式： 共有80条查询结果，搜索用时 31 毫秒
51.
Bortoletto D Brown DN Dominick J McIlwain RL Miller DH Modesitt M Shibata EI Schaffner S Shipsey IP Battle M Kroha H Sparks K Thorndike EH Wang C Goldberg M Haupt T Horwitz N Jain V Moneti GC Rozen Y Rubin P Skwarnicki T Sharma V Stone S Thusalidas M Yao W Zhu G Barnes AV Bartelt J Csorna SE Letson T Mestayer MD Alexander J Artuso M Bebek C Berkelman K Besson D Browder TE Cassel DG Cheu E Coffman DM Drell PS Ehrlich R Galik RS Garcia-Sciveres M Geiser B Gittelman B Gray SW Halling AM Hartill DL 《Physical review D: Particles and fields》1992,45(1):21-35
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Abachi S Derrick M Kooijman P Musgrave B Price LE Repond J Sugano K Waschbusch P Blockus D Brabson B Brom JM Jung C Ogren H Rust DR Akerlof C Chapman J Errede D Ken MT Meyer DI Neal H Nitz D Thun R Tschirhart R Baringer P Bylsma BG DeBonte R Koltick D Low EH McIlwain RL Miller DH Ng CR Shibata EI Cork B 《Physical review D: Particles and fields》1989,40(3):706-711
53.
Thomas P. Wyche Dr. Jeff S. Piotrowski Dr. Yanpeng Hou Doug Braun Raamesh Deshpande Sean McIlwain Irene M. Ong Chad L. Myers Dr. Ilia A. Guzei Dr. William M. Westler Prof. Dr. David R. Andes Prof. Dr. Tim S. Bugni 《Angewandte Chemie (International ed. in English)》2014,53(43):11583-11586
Forazoline A, a novel antifungal polyketide with in vivo efficacy against Candida albicans, was discovered using LCMS‐based metabolomics to investigate marine‐invertebrate‐associated bacteria. Forazoline A had a highly unusual and unprecedented skeleton. Acquisition of 13C–13C gCOSY and 13C–15N HMQC NMR data provided the direct carbon–carbon and carbon–nitrogen connectivity, respectively. This approach represents the first example of determining direct 13C–15N connectivity for a natural product. Using yeast chemical genomics, we propose that forazoline A operated through a new mechanism of action with a phenotypic outcome of disrupting membrane integrity. 相似文献
54.
G. Thompson R.C. Badewitz J.A. Gaidos R.L. McIlwain K. Paler R.B. Willmann 《Nuclear Physics B》1974,69(2):381-398
A recent spin-parity analysis of the π+π+π? system formed opposite a proton and a coherent deuteron by incident 13 GeV/c2π+ mesons, is extended to a three-pion mass of 1.9 GeV/c. Relative proportions of the contributing partial waves are presented, from threshold, and the A3 region is discussed in detail. Contrary to results with the (3π)? system, a change in phase is noted for the 2? amplitude decaying to f0π+via am S-wave.The method employs the University of Illinois three-body partial-wave-analysis program. 相似文献
55.
Aphase shift analysis of π+π− scattering in the mass range 0.6→1.4 GeV confirms the rapid rise of the I=0 s-wave through the KK? threshold. 相似文献
56.
Bowcock T Kinoshita K Pipkin FM Procario M Wilson R Wolinski J Xiao D Haas P Hempstead M Jensen T Johnson DR Kagan H Kass R Morrow FM Baringer P McIlwain RL Miller DH Ng CR Shibata EI Poling R Alam MS Katayama N Kim IJ Li WC Lou XC Sun CR Tanikella V Bortoletto D Goldberg M Holmes R Horwitz N Jawahery A Lubrano P Moneti GC Sharma V Shipsey IP Csorna SE Mestayer MD Brock IC Ferguson T Vogel H Bebek C Berkelman K Blucher E Byrd J Cassel DG Coffman DM Copie T DeSalvo R DeWire JW Ehrlich R Galik RS 《Physical review D: Particles and fields》1989,40(5):1701
57.
Avery P Besson D Garren L Yelton J Bowcock T Kinoshita K Pipkin FM Procario M Wilson R Wolinski J Xiao D Jawahery A Park CH Poling R Fulton R Haas P Hempstead M Jensen T Johnson DR Kagan H Kass R Morrow F Whitmore J Baringer P McIlwain RL Miller DH Ng CR Shibata EI Yao W Bortoletto D Goldberg M Horwitz N Lubrano P Mestayer MD Moneti GC Sharma V Shipsey IP Skwarnicki T Csorna SE Letson T Alam MS Chen D Katayama N Kim IJ Li WC Lou XC Sun CR Tanikella V Brock IC Ferguson T Artuso M Bebek C 《Physical review letters》1989,62(8):863-865
58.
Bowcock T Kinoshita K Mauskopf P Pipkin FM Procario M Wilson R Wolinski J Xiao D Baringer P Haas P Lam H Jawahery A Park CH Perticone D Poling R Fulton R Hempstead M Jensen T Johnson DR Kagan H Kass R Morrow F Whitmore J Chen W Dominick JM McIlwain RL Miller DH Ng CR Shibata EI Yao W Thorndike EH Alam MS Katayama N Kim IJ Li WC Lou XC Sun CR Bortoletto D Goldberg M Horwitz N Lubrano P Mestayer MD Moneti GC Sharma V Shipsey IP Skwarnicki T Csorna SE Letson T Brock IC Ferguson T Artuso M Bebek C 《Physical review D: Particles and fields》1989,40(1):263-266
59.
Fulton R Hempstead M Jensen T Johnson DR Kagan H Kass R Morrow F Whitmore J Wilson P Chen W McIlwain RL Miller DH Ng CR Schaffner SF Shibata EI Yao W Sparks K Thorndike EH Wang C Brock IC Ferguson T Alam MS Kim IJ Li WC Lou XC Sun CR Wang P Zoeller MI Bortoletto D Goldberg M Horwitz N Jain V Mestayer MD Moneti GC Sharma V Shipsey IP Skwarnicki T Thulasidas M Csorna SE Letson T Alexander J Artuso M Bebek C Berkelman K Cassel DG Cheu E Coffman DM Crawford G DeWire JW Drell PS Ehrlich R Galik RS 《Physical review letters》1990,64(1):16-20
60.
Alam MS Kim IJ Ling Z Mahmood AH O'Neill JJ Severini H Sun CR Wappler F Crawford G Daubenmier CM Fulton R Fujino D Gan KK Honscheid K Kagan H Kass R Lee J Sung M White C Wolf A Zoeller MM Butler F Fu X Nemati B Ross WR Skubic P Wood M Bishai M Fast J Gerndt E Hinson JW McIlwain RL Miao T Miller DH Modesitt M Payne D Shibata EI Shipsey IP Wang PN Battle M Ernst J Gibbons L Kwon Y Roberts S Thorndike EH Wang CH Coan T Dominick J Fadeyev V Korolkov I Lambrecht M Sanghera S Shelkov V Skwarnicki T 《Physical review letters》1995,74(15):2885-2889