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• Journal article
  ABRAMS G, ADOLPHSEN CE, AKERLOF C, ALEXANDER JP, ALVAREZ M, AVERILL D, BADEN AR, BALLAM J, BARISH BC, BARKLOW T, BARNETT BA, BARTELT J, BLOCKUS D, DEBOER W, BONVICINI G, BOSWELL C, BOYARSKI A, BOYER J, BRABSON B, BRAUNE K, BREAKSTONE A, BROM JM, BULOS F, BURCHAT PR, BURKE DL, BUTLER F, CALVINO F, CENCE RJ, CHAPMAN J, CHMEISSANI M, CORDS D, COUPAL DP, DAUNCEY P, DESTAEBLER HC, DORFAN DE, DORFAN JM, DRELL PS, DREWER DC, FAY J, FELDMAN GJ, FERNANDES D, FERNANDEZ E, FIELD RC, FORD WT, FORDHAM C, FREY R, FUJINO D, GAN KK, GATTO C, GERO E, GIDAL G, GLANZMAN T, GOLDHABER G, CADENAS JJG, GONG X, GRATTA G, GREEN A, GROSSEWIESMANN P, HAGGERTY J, HANSON G, HARR R, HARRAL B, HARRIS FA, HAWKES CM, HAYES K, HEARTY C, HERRUP D, HEUSCH CA, HIMEL T, HINSHAW DA, HOENK M, HOLMGREN SO, HONG SJ, HUTCHINSON D, HYLEN J, INNES WR, JACOBSEN RG, JAFFRE M, JAROS JA, JUNG CK, JURICIC I, KADYK JA, KARLEN D, KENT J, KING M, KLEIN SR, KOEPKE L, KOETKE D, KOIDE A, KOMAMIYA S, KOSKA W, KOWALSKI LA, KOZANECKI W, KRAL JF, KUHLEN M, LABARGA L, LANKFORD AJ, LARSEN RR, LEVI ME, LI Z, LITKE AM, LUTH V, LYNCH GR, MCKENNA JA, MATTHEWS JAJ, MATTISON T, MILLIKEN BD, MOFFEIT KC, MULLER L, MUNGER CT, MURRAY WN, NASH J, NELSON ME, NITZ D, OGREN H, ONG RA, OSHAUGHNESSY KF, PARKER SI, PECK C, PERL J, PERL ML, PERRIER F, PETERSEN A, PETRADZA M, PITTHAN R, PORTER FC, RANKIN P, RICHMAN JD, RILES K, ROUSE FR, RUST DR, SADROZINSKI HFW, SCHAAD MW, SCHMIDKE WB, SCHUMM BA, SCHWARZ AS, SEIDEN A, SMITH JG, SNYDER A, SODERSTROM E, STOKER DP, STROYNOWSKI R, SWARTZ M, TAYLOR RE, THUN R, TRILLING GH, TSCHIRHART R, TURALA M, VANKOOTEN R, VEJCIK S, VELTMAN H, VORUGANTI P, WAGNER SR, WATSON S, WEBER P, WEIGEND A, WEINSTEIN AJ, WEIR AJ, WEISZ S, WHITE SL, WICKLUND E, WOLF RC, WOOD DR, WOODS M, WORMSER G, WRIGHT R, WU DY, YURKO M, ZACCARDELLI C, VONZANTHIER Cet al., 1989,

  THE MARK-II DETECTOR FOR THE SLC

  , NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, Vol: 281, Pages: 55-80, ISSN: 0168-9002
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  • Citations: 35
• Journal article
  ABRAMS GS, ADOLPHSEN CE, ALEKSAN R, ALEXANDER JP, ALLEN MA, ATWOOD WB, AVERILL D, BALLAM J, BAMBADE P, BARISH BC, BARKLOW T, BARNETT BA, BARTELT J, BETHKE S, BLOCKUS D, DEBOER W, BONVICINI G, BOYARSKI A, BRABSON B, BREAKSTONE A, BREIDENBACH M, BROM JM, BROWN JL, BROWN KL, BULOS F, BURCHAT PR, BURKE DL, CENCE RJ, CHAPMAN J, CHMEISSANI M, CLENDENIN J, CORDS D, COUPAL DP, DAUNCEY P, DEAN NR, DESTAEBLER HC, DORFAN DE, DORFAN JM, DRELL PS, DREWER DC, DYDAK F, ECKLUND S, ELIA R, ERICKSON RA, FAY J, FELDMAN GJ, FERNANDES D, FIELD RC, FIEGUTH TH, FISCHER GE, FORD WT, FORDHAM C, FREY R, FUJINO D, GAN KK, GATTO C, GERO E, GIDAL G, GLANZMAN T, GOLDHABER G, CADENAS JJG, GRATTA G, GRINDHAMMER G, GROSSEWIESMANN P, HANSON G, HARR R, HARRAL B, HARRIS FA, HAWKES CM, HAYES K, HEARTY C, HERRUP D, HEUSCH CA, HILDRETH MD, HIMEL T, HINSHAW DA, HOLMGREN SO, HONG SJ, HUTCHINSON D, HUTTON A, HYLEN J, INNES WR, JACOBSEN RG, JAFFRE M, JAROS JA, JOBE RK, JUNG CK, KADYK JA, KARLEN D, KENT J, KING M, KLEIN SR, KOETKE DS, KOMAMIYA S, KOSKA W, KOWALSKI LA, KOZANECKI W, KRAL JF, KUHLEN M, KULIKOV AV, LABARGA L, LANKFORD AJ, LARSEN RR, LEDIBERDER F, LEVI ME, LITKE AM, LOHSE T, LUTH V, LYNCH GR, MCKENNA JA, MATTHEWS JAJ, MATTISON T, MILLIKEN BD, MOFFEIT KC, MUNGER CT, MURRAY JJ, MURRAY WN, NASH J, OGREN H, ONG RA, OSHAUGHNESSY KF, PARKER SI, PECK C, PERL ML, PERRIER F, PETERSEN A, PETRADZA M, PHINNEY N, PITTHAN R, PORTER FC, RANKIN P, REES JR, RICHMAN JD, RILES K, RIVKIN L, ROSS MC, ROUSE FR, RUST DR, SADROZINSKI HFW, SCHAAD MW, SCHALK TL, SCHUMM BA, SCHWARZ AS, SEEMAN JT, SEIDEN A, SHEPPARD JC, SMITH JG, SNYDER A, SODERSTROM E, STIENING R, STOKER DP, STROYNOWSKI R, SWARTZ M, THUN R, TOGE N, TRILLING GH, VANKOOTEN R, VORUGANTI P, WAGNER SR, WATSON S, WEBER P, WEIGEND A, WEINSTEIN AJ, WEIR AJ, WHITE SL, WICKLUND E, WOLF RC, WOOD DR, WOODS M, WORMSER G, WRIGHT R, WU DY, YURKO M, ZACCARDELLI C, VONZANTHIER Cet al., 1989,

  INITIAL MEASUREMENTS OF Z-BOSON RESONANCE PARAMETERS IN E+E- ANNIHILATION

  , PHYSICAL REVIEW LETTERS, Vol: 63, Pages: 724-727, ISSN: 0031-9007
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  • Citations: 118
• Journal article
  ALBAJAR C, ALBROW MG, ALLKOFER OC, ANDRIEU B, ANKOVIAK K, APSIMON R, ASTBURY A, AUBERT B, BACCI C, BACON T, BAINS N, BAUER G, BEINGESSNER S, BETTINI A, BEZAGUET A, BIDDULPH P, BOHN H, BOHRER A, BONINO R, BOS K, BOTLO M, BUSCHBECK B, BUSETTO G, CANER A, CASOLI P, CAVANNA F, CENNINI P, CENTRO S, CERADINI F, CHARLTON DG, CIAPETTI G, CITTOLIN S, CLAYTON E, CLINE D, COLAS J, COLAS P, CONTE R, COUGHLAN JA, COX G, DAU D, DEBRION JP, DEGIORGI M, DELLANEGRA M, DEMOULIN M, DENEGRI D, DIBON H, DICIACCIO A, HEDO FJD, DOBRZYNSKI L, DORENBOSCH J, DOWELL JD, EGGERT K, EISENHANDLER E, ELLIS N, ERHARD P, FAISSNER H, FENSOME IF, FERRANDO A, FINCKEKEELER M, FORTSON L, FUESS T, GARVEY J, GEER S, GEISER A, GHIGLINO C, GIRAUDHERAUD Y, GIVERNAUD A, GONIDEC A, GREGORY JM, HAYNES W, HOLTHUIZEN DJ, IKEDA M, JANK W, JIMACK M, JORAT G, JOYCE D, KALMUS PIP, KARIMAKI V, KEELER R, KENYON I, KERNAN A, KHAN A, KIENZLE W, KINNUNEN R, KRAMMER M, KROLL J, KRYN D, LACAVA F, LAMMEL S, LANDON M, LEUCHS R, LEVEGRUN S, LINDGREN M, LINGLIN D, LIPA P, MARKOU C, MARKYTAN M, MARQUINA MA, MAURIN G, MCMAHON S, MENDIBURU JP, MENEGUZZO A, MERLO JP, MEYER T, MOERS T, MOHAMMADI M, MORGAN K, MOSER HG, MOULIN A, MOURS B, MULLER T, NAUMANN L, NEDELEC P, NIKITAS M, NISATI A, NORTON A, ODELL V, PANCHERI G, PAUSS F, PETROLO E, MORTARI GP, PIETARINEN E, PIMIA M, PLACCI A, PORTE JP, PREISCHL M, PROSI R, RADERMACHER E, REDELBERGER T, REITHLER H, REVOL JP, ROBINSON D, RODRIGO T, ROHLF J, RUBBIA C, SAJOT G, SALVINI G, SASS J, SAMYN D, SCHINZEL D, SCHRODER M, SCHWARTZ A, SCOTT W, SEEZ C, SHAH TP, SIOTIS I, SMITH D, SPHICAS P, STUBENRAUCH C, SUMOROK K, SZONCSO F, TAUROK A, TAYLOR L, TENHAVE I, TETHER S, THOMPSON G, TSCHESLOG E, TUOMINIEMI J, VANDEGUCHTE W, VANDIJK A, VENEZIANO S, VIALLE JP, VIRDEE TS, VONSCHLIPPE W, VRANA J, VUILLEMIN V, WACKER K, WALZEL G, WINGERTER I, WU X, WULZ CE, YVERT M, ZACCARDELLI C, ZACHAROV I, ZANELLO L, ZOTTO Pet al., 1989,

  BOSE EINSTEIN CORRELATIONS IN PBARP INTERACTIONS AT SQUARE-ROOT S=0.2 TO 0.9 TEV

  , PHYSICS LETTERS B, Vol: 226, Pages: 410-416, ISSN: 0370-2693
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  • Citations: 70
• Journal article
  BARBER GJ, BELK AT, BEUSELINCK R, BINNIE DM, CAMERON W, CATTANEO M, DORNAN PJ, DUGEAY S, FORTY RW, GARBUTT DA, GENTRY DN, HASSARD JF, HEINSON AP, MACDERMOTT M, MILLER DG, PRICE DR, SEDGBEER JK, WATSON AT, WHITE APet al., 1989,

  PERFORMANCE OF THE 3-DIMENSIONAL READOUT OF THE ALEPH INNER TRACKING CHAMBER

  , NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, Vol: 279, Pages: 212-216, ISSN: 0168-9002
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  • Citations: 4
• Journal article
  ANKOVIAK K, BAUER G, BUCHANAN C, CLINE D, DICIACCIO A, EVANS H, FUESS TA, GEER S, GONIDEC A, GRONBERG J, LINDGREN M, MOHAMMADI M, MUNOZ R, NAUMANN L, RADERMACHER E, REVOL JP, ROHLF J, RUBBIA C, SADOWSKI E, SCHINZEL D, SEEZ C, SEIDL W, STORK D, SUMOROK K, TETHER S, WU Xet al., 1989,

  CONSTRUCTION AND PERFORMANCE OF A POSITION DETECTOR FOR THE UA1 URANIUM-TMP CALORIMETER

  , NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, Vol: 279, Pages: 83-90, ISSN: 0168-9002
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  • Citations: 9
• Journal article
  DAS I, SAMPATHKUMARAN EV, 1989,

  COMPETITION BETWEEN MAGNETISM AND HEAVY FERMION BEHAVIOR IN CE1-XLAXCU3GA2

  , JOURNAL OF PHYSICS-CONDENSED MATTER, Vol: 1, Pages: 3873-3877, ISSN: 0953-8984
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  • Citations: 2
• Journal article
  SUMNER TJ, QUENBY JJ, LIEU R, DANIELS J, WILLINGALE R, MOUSSAS Xet al., 1989,

  SUSCEPTIBILITY OF SOFT-X-RAY GRAZING-INCIDENCE TELESCOPES TO LOW-ENERGY ELECTRONS

  , MONTHLY NOTICES OF THE ROYAL ASTRONOMICAL SOCIETY, Vol: 238, Pages: 1047-1054, ISSN: 0035-8711
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  • Citations: 3
• Journal article
  Albrecht H, Böckmann P, Gläser R, Harder G, Krüger A, Nippe A, Reidenbach M, Schäfer M, Schmidt-Parzefall W, Schröder H, Schulz HD, Sefkow F, Spengler J, Wurth R, Appuhn RD, Drescher A, Hast C, Herrera G, Kamp D, Kolanoski H, Lindner A, Mankel R, Scheck H, Schweda G, Spaan B, Walther A, Wegener D, Volland U, Wegener H, Funk W, Gabriel JC, Stiewe J, Werner S, Charlesworth CEK, Edwards KW, Frisken WR, Kapitza H, Kutschke R, Macfarlane DB, McLean KW, Nilsson AW, Orr RS, Parsons JA, Patel PM, Prentice JD, Seidel SC, Swain JD, Tsipolitis G, Yoon TS, Ammar R, Ball S, Coppage D, Davis R, Kanekal S, Kwak N, Ruf T, Schael S, Schubert KR, Strahl K, Waldi R, Boštjančič B, Kernel G, Križan P, Križnič E, Plesško M, Cronström HI, Jönsson L, Babaev A, Danilov M, Fominykh B, Golutvin A, Gorelov I, Lubimov V, Rostovtsev A, Semenov A, Semenov S, Shevchenko V, Soloshenko V, Tchistilin V, Tichomirov I, Zaitsev Y, Childers R, Darden CW, Fernholz RCet al., 1989,

  Observation of the D^*0(2459) IN e⁺e^- annihilation

  , Physics Letters B, Vol: 221, Pages: 422-426, ISSN: 0370-2693

  Using the ARGUS detector at the DORIS II storage ring at DESY, we have observed a charmed meson of mass (2455±3±5) MeV/c2, decaying to D+π-. The natural width of this state is determined to be (15+13+5-10-10) MeV c2. The fragmentation function is hard, as expected for a leading charmed particle from nonresonant e+e- annihilation. Analysis of the decay angular distribution supports the hypothesis that the observed state is an L=1 excited charmed meson with spin-parity 2+. © 1989.

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  • Citations: 57
• Journal article
  SMITH NJT, PERRETT JC, POMERANTZ MA, HILLAS AM, OGDEN PA, PATEL M, REID RJO, WATSON AAet al., 1989,

  AN EXPERIMENT TO SEARCH FOR ULTRA HIGH-ENERGY GAMMA-RAY SOURCES FROM THE SOUTH-POLE

  , NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, Vol: 276, Pages: 622-627, ISSN: 0168-9002
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  • Citations: 17
• Journal article
  Golutvin AI, Danilov MV, Zaȝtsev YM, 1989,

  B-Meson oscillations

  , Soviet Physics - Uspekhi, Vol: 32, Pages: 189-199, ISSN: 0038-5670
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• Journal article
  Albrecht H, Böckmann P, Gläser R, Harder G, Krüger A, Nippe A, Reidenbach M, Schäfer M, Schmidt-Parzefall W, Schröder H, Schulz HD, Sefkow F, Spengler J, Wurth R, Appuhn RD, Drescher A, Hast C, Herrera G, Kamp D, Kolanoski H, Lindner A, Mankel R, Scheck H, Schweda G, Spaan B, Walther A, Wegener D, Volland U, Wegener H, Funk W, Gabriel JC, Stiewe J, Werner S, Charlesworth CEK, Edwards KW, Frisken WR, Kapitza H, Kutschke R, Macfarlane DB, McLean KW, Nilsson AW, Orr RS, Parsons JA, Patel PM, Prentice JD, Seidel SC, Swain JD, Tsipolitis G, Yoon TS, Ammar R, Ball S, Coppage D, Davis R, Kanekal S, Kwak N, Ruf T, Schael S, Schubert KR, Strahl K, Waldi R, Boštjančič B, Kernel G, Križan P, Križnič E, Pleško M, Cronström HI, Jönsson L, Babaev A, Danilov M, Fominykh B, Golutvin A, Gorelov I, Lubimov V, Rostovtsev A, Semenov A, Semenov S, Shevchenko V, Soloshenko V, Tchistilin V, Tichomirov I, Zaitsev Y, Childers R, Darden CW, Fernholz RCet al., 1989,

  Measurement of D^*+ polarization in the decay B ̄⁰ → D^*+ℓ^-ν

  , Physics Letters B, Vol: 219, Pages: 121-126, ISSN: 0370-2693

  Using the ARGUS detector at the e+e- storage ring DORIS II, we have measured the average polarization of D*+ mesons originating from exclusive decays B ̄0 → D*+ℓ-ν. By comparing the D*+ decay angular distribution to a functional form 1 + α cos2≡, we determine α to be α=0.7±0.9. This value of α leads to a ratio of longitudinal to transverse decay with Γl/ΓT=0.85±0.45, which allows the determination, |Vcb|=0.052±0.011. The importance of the transverse helicity component is manifested in the q2 and lepton spectra,which are also presented. © 1989.

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  • Citations: 46
• Journal article
  UBERTINI P, BAZZANO A, SOOD R, STAUBERT R, SUMNER TJ, FRYE Get al., 1989,

  HARD X-RAY-SPECTRUM OF SUPERNOVA 1987A ON DAY 407

  , ASTROPHYS J, Vol: 337, Pages: L19-L22, ISSN: 0004-637X
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• Journal article
  Albrecht H, Binder U, Böckmann P, Drews G, Gläser R, Harder G, Hasemann H, Krolzig A, Michel E, Reinsch W, Schmidt-Parzefall W, Schröder H, Schulz HD, Selonke F, Steinmann E, Wurth R, Drescher A, Gräwe B, Hofmann W, Kamp D, Markees A, Matthiesen U, Scheck H, Spaan B, Spengler J, Wegener D, Heller R, Schubert KR, Stiewe J, Strahl K, Waldi R, Weseler S, Edwards KW, Frisken WR, Fukunaga C, Gilkinson DJ, Gingrich DM, Goddard M, Kapitza H, Kim PCH, Kutschke R, MacFarlane DB, McKenna JA, McLean KW, Nilsson AW, Orr RS, Padley BP, Patel PM, Prentice JD, Seywerd HCJ, Swain JD, Tsipolitis G, Yoon TS, Yun JC, Ammar R, Coppage D, Davis R, Kanekal S, Kwak N, Jönsson L, Arefiev A, Babaev A, Danilov M, Golutvin A, Lubimov V, Matveev V, Nagovitsin V, Ryltsov V, Semenov A, Semenov Y, Shevchenko V, Soloshenko V, Tchistilin V, Tichomirov I, Zaitsev Y, Childers R, Darden CW, Gennow H, Oku Yet al., 1989,

  Argus: A universal detector at DORIS II

  , Nuclear Inst. and Methods in Physics Research, A, Vol: 275, Pages: 1-48, ISSN: 0168-9002

  The detector ARGUS has been designed as a universal tool to investigate final states from e+e- annihilation processes in the energy range of the Υ{hooked} resonances. ARGUS started operation in October 1982 and has since successfully taken data at the Υ{hooked}(1S), Υ{hooked}(2S) and Υ{hooked}(4S) energies, and in the nearby continuum. The detector combines excellent charged particle identification and good photon energy resolution over more than 90% of the full solid angle. A particle originating from the interaction vertex and leaving the beam tube traverses the following components: the vertex drift chamber, the main drift chamber which determines its momentum and specific ionization, the time-of-flight system through which its velocity is determined, and the electromagnetic calorimeter. Muons pass through the magnet coils and the flux return yoke and finally hit the muon chamber system which surrounds the detector. The momentum resolution of ARGUS is σ (pT) PT = (0.012 + (0.009pT[GeV/c])2) 1 2, the photon energy resolution in the barrel shower counters is σ (E) E = ( 0.0722+0.0652 E[GeV]) 1 2. Combining the information from all p devices, more than 80% of all charged hadrons can be recognized unambiguously. The electron-hadron and muon-hadron rejection rates are 1:200 and 1:50 respectively. © 1989.

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  • Citations: 132
• Journal article
  ELLISON J, HALL G, ROE S, WHEADON R, AVSET BS, EVENSEN Let al., 1989,

  PUNCH-THROUGH CURRENTS AND FLOATING STRIP POTENTIALS IN SILICON DETECTORS

  , IEEE TRANSACTIONS ON NUCLEAR SCIENCE, Vol: 36, Pages: 267-271, ISSN: 0018-9499
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  • Citations: 37
• Journal article
  Albrecht H, Böckmann P, Gläser R, Harder G, Krüger A, Nippe A, Reidenbach M, Schäfer M, Schmidt-Parzefall W, Schröder H, Schulz HD, Sefkow F, Spengler J, Wurth R, Yagil A, Appuhn RD, Drescher A, Hast C, Kamp D, Kolanoski H, Lindner A, Mankel R, Matthiesen U, Scheck H, Schweda G, Spaan B, Walther A, Wegener D, Volland U, Wegener H, Funk W, Gabriel JC, Stiewe J, Werner S, Charlesworth CEK, Edwards KW, Frisken WR, Kapitza H, Kutschke R, MacFarlane DB, McLean KW, Nilsson AW, Orr RS, Parsons JA, Patel PM, Prentice JD, Seidel SC, Swain JD, Tsipolitis G, Yoon TS, Ammar R, Ball S, Coppage D, Davis R, Kanekal S, Kwak N, Ruf T, Schael S, Schubert KR, Strahl K, Waldi R, Boštjančič B, Kernel G, Križan P, Križnič E, Pleško M, Cronström HI, Jönsson L, Babaev A, Danilov M, Fominykh B, Golutvin A, Gorelov I, Lubimov V, Rostovtsev A, Semenov A, Semenov S, Shevchenko V, Soloshenko V, Tchistilin V, Tichomirov I, Zaitsev Y, Childers R, Darden CW, Fernholz RCet al., 1989,

  A measurement of γγ→ϱ+ϱ-

  , Physics Letters B, Vol: 217, Pages: 205-210, ISSN: 0370-2693

  The reaction γγ→ρ{variant}+ρ{variant}- →π+π-π0π0 has been studied with the ARGUS detector at the e+e- storage ring DORIS II at DESY. Near threshold, the cross section for this reaction is about four times smaller than for the reaction γγ→ρ{variant}0ρ{variant}0 . © 1989.

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  • Citations: 35
• Journal article
  Albrecht H, Böckmann P, Gläser R, Harder G, Krüger A, Nippe A, Reidenbach M, Schäfer M, Schmidt-Parzefall W, Schröder H, Schulz HD, Sefkow F, Spengler J, Wurth R, Yagil A, Appuhn RD, Drescher A, Hast C, Kamp D, Kolanoski H, Lindner A, Mankel R, Matthiesen U, Scheck H, Schweda G, Spaan B, Walther A, Wegener D, Funk W, Gabriel JC, Stiewe J, Werner S, Charlesworth CEK, Edwards KW, Frisken WR, Kapitza H, Kutschke R, MacFarlane DB, McLean KW, Nilsson AW, Orr RS, Parsons JA, Patel PM, Prentice JD, Seidel SC, Swain JD, Tsipolitis G, Yoon TS, Ammar R, Ball S, Coppage D, Davis R, Kanekal S, Kwak N, Ruf T, Schael S, Schubert KR, Strahl K, Waldi R, Boštjančič B, Kernel G, Križan P, Križnič E, Pleško M, Cronström HI, Jönsson L, Babaev A, Danilov M, Fominykh B, Golutvin A, Gorelov I, Lubimov V, Rostovtsev A, Semenov A, Semenov S, Shevchenko V, Soloshenko V, Tchistilin V, Tichomirov I, Zaitsev Y, Childers R, Darden CW, Fernholz RCet al., 1989,

  Measurement of D⁰ decays into {Mathematical expression}, {Mathematical expression} and {Mathematical expression}

  , Zeitschrift für Physik C Particles and Fields, Vol: 43, Pages: 181-184, ISSN: 0170-9739

  Using the ARGUS detector at the electron-positron storage ring DORIS II at DESY, we have measured the branching ratios of the D0 meson decays into {Mathematical expression}, {Mathematical expression} and {Mathematical expression} relative to the K-π+ mode. Using the known branching ratio Br(D0→Kπ+)=(4.2±0.4±0.4)% we find {Mathematical expression} (90% CL) and {Mathematical expression} (90% CL). © 1989 Springer-Verlag.

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  • Citations: 7
• Journal article
  Albajar C, Albrow MG, Allkofer OC, Arnison G, Astbury A, Aubert B, Axon T, Bacci C, Bacon T, Bains N, Batley JR, Bauer G, Beingessner S, Bellinger J, Bettini A, Bezaguet A, Bonino R, Bos K, Botlo M, Buckley E, Busetto G, Catz P, Cavanna F, Cennini P, Centro S, Ceradini F, Charlton DG, Ciapetti G, Cittolin S, Clarke D, Cline D, Cochet C, Colas J, Colas P, Corden M, Coughlan JA, Cox G, Dau D, DeBeer M, deBrion JP, DeGiorgi M, Della Negra M, Demoulin M, Denby B, Denegri D, DiCiaccio A, Diez Hedo FJ, Dobrzynski L, Dorenbosch J, Dowell JD, Duchovni E, Edgecock R, Eggert K, Eisenhandler E, Ellis N, Erhard P, Faissner H, Fensome IF, Ferrando A, Fincke-Keeler M, Flynn P, Fontaine G, Frey R, Garvey J, Geer S, Geiser A, Ghesquire C, Ghez P, Ghiglino C, Gibson WR, Giraud-Heraud Y, Givernaud A, Gonidec A, Grassmann H, Grayer G, Gregory J, Haynes W, Haywood SJ, Hoffmann H, Holthuizen DJ, Homer RJ, Honma A, Ikeda M, Jank W, Jimack M, Jorat G, Joyce D, Kalmus PIP, Karimäki V, Keeler R, Kenyon I, Kernan A, Khan A, Kienzle W, Kinnunen R, Krammer M, Kroll J, Kryn D, Kyberd P, Lacava Fet al., 1989,

  Studies of intermediate vector boson production and decay in UA1 at the CERN proton-antiproton collider

  , Zeitschrift für Physik C Particles and Fields, Vol: 44, Pages: 15-61, ISSN: 0170-9739

  An extensive study of production and decay properties of charged and neutral Intermediate Vector Bosons (IVB) at the CERN proton-antiproton collider is presented. Intermediate Vector Bosons were detected in the electron, muon, and tau decay modes at centre-of-mass energies of 0.546 and 0.630 TeV. This paper is a summary, based on all the available data from the UA1 experiment from the running periods 1982-1985. Results are presented and compared with expectations of the Standard Eletroweak Model and QCD-improved Drell-Yan annihilation processes. The general conclusion is that there is an excellent agreement between the predictions of the Standard Model and our measurements. © 1989 Springer-Verlag.

  • Abstract
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  • Citations: 138
• Journal article
  Albrecht H, Böckmann P, Gläser R, Harder G, Krüger A, Nippe A, Reidenbach M, Schäfer M, Schmidt-Parzefall W, Schröder H, Schulz HD, Sefkow F, Spengler J, Wurth R, Yagil A, Appuhn RD, Drescher A, Hast C, Kamp D, Kolanoski H, Lindner A, Mankel R, Matthiesen U, Scheck H, Schweda G, Spaan B, Walther A, Wegener D, Funk W, Gabriel JC, Stiewe J, Werner S, Edwards KW, Frisken WR, Kapitza H, Kutschke R, MacFarlane DB, McLean KW, Nilsson AW, Orr RS, Parsons JA, Patel PM, Prentice JD, Seidel SC, Swain JD, Tsipolitis G, Yoon TS, Ammar R, Ball S, Coppage D, Davis R, Kanekal S, Kwak N, Ruf T, Schael S, Schubert KR, Strahl K, Waldi R, Boštjančič B, Kernel G, Križan P, Križnič E, Pleško M, Cronström HI, Jönsson L, Babaev A, Danilov M, Fominykh B, Golutvin A, Gorelov I, Lubimov V, Rostovtsev A, Semenov A, Semenov S, Shevchenko V, Soloshenko V, Tchistilin V, Tichomirov I, Zaitsev Y, Childers R, Darden CW, Fernholz RCet al., 1989,

  Search for exclusive radiative decays of Υ{hooked}(1 S) and Υ{hooked}(2 S) mesons

  , Zeitschrift für Physik C Particles and Fields, Vol: 42, Pages: 349-354, ISSN: 0170-9739

  Using the ARGUS detector at the DORIS II storage ring we have searched for radiative decays Υ(1 S)→γX, where X decays into two oppositely charged pions, kaons, or protons. Upper limits on branching fractions are presented. In the π+π- invariant mass region 290-570 MeV/c2 the upper limit obtained varies from 3 to 4.5×10-5. These values are lower than the theoretical prediction of about 5×10-5 for Higgs production, which includes perturbative QCD radiative corrections to the Wilczek formula and the estimate Br(H0→π+π-), accounting for Higgs coupling to gluons via heavy quark loops. Previous experimental results do not exclude the existence of a standard minimal Higgs in this mass region. © 1989 Springer-Verlag.

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  • Citations: 8
• Journal article
  Albrecht H, Böckmann P, Gläser R, Harder G, Krüger A, Nippe A, Reidenbach M, Schäfer M, Schmidt-Parzefall W, Schröder H, Schulz HD, Sefkow F, Spengler J, Wurth R, Appuhn RD, Donker JP, Drescher A, Hast C, Herrera G, Kamp D, Kolanoski H, Lange A, Lindner A, Mankel R, Scheck H, Schweda G, Spaan B, Walther A, Wegener D, Volland U, Wegener H, Funk W, Gabriel JC, Stiewe J, Werner S, Charlesworth CEK, Edwards KW, Frisken WR, Kapitza H, Kutschke R, MacFarlane DB, McLean KW, Nilsson AW, Orr RS, Parsons JA, Patel AW, Prentice JD, Seidel SC, Swain JD, Tsipolitis G, Yoon TS, Ammar R, Ball S, Coppage D, Davis R, Kanekal S, Kwak N, Ruf T, Schael S, Schubert KR, Strahl K, Waldi R, Boštjančič B, Kernel G, Križan P, Križnič E, Pleško M, Cronström HI, Jönsson L, Babaev A, Danilov M, Fominykh B, Golutvin A, Gorelov I, Lubimov V, Rostovtsev A, Semenov A, Semenov S, Shevchenko V, Soloshenko V, Tchistilin V, Tichomirov I, Zaitsev Y, Childers R, Darden CW, Fernholz RCet al., 1989,

  Results on baryon antibaryon correlations in e⁺ e^--annihilation

  , Zeitschrift für Physik C: Particles and Fields, Vol: 43, Pages: 45-53, ISSN: 0170-9739

  The correlations between p {Mathematical expression}, {Mathematical expression}, {Mathematical expression} and {Mathematical expression} baryons have been measured in e + e - continuum events and in direct Ψ decays. The observed correlations exclude the production of point-like diquark-antidiquark pairs as the dominant source of baryons. Information concerning angular momentum compensation follows from the observed {Mathematical expression} correlation. © 1989 Springer-Verlag.

  • Abstract
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  • Citations: 13
• Journal article
  Albrecht H, Böckmann P, Gläser R, Harder G, Krüger A, Nippe A, Reidenbach M, Schäfer M, Schmidt-Parzefall W, Schröder H, Schulz HD, Sefkow F, Spengler J, Wurth R, Appuhn RD, Drescher A, Hast C, Herrera G, Kamp D, Kolanoski H, Lindner A, Mankel R, Scheck H, Schweda G, Spaan B, Walther A, Wegener D, Volland U, Wegener H, Funk W, Gabriel JC, Stiewe J, Werner S, Charlesworth CEK, Edwards KW, Frisken WR, Kapitza H, Kutschke R, MacFarlane DB, McLean KW, Nilsson AW, Orr RS, Parsons JA, Patel PM, Prentice JD, Seidel SC, Swain JD, Tsipolitis G, Yoon TS, Ammar R, Ball S, Coppage D, Davis R, Kanekal S, Kwak N, Ruf T, Schael S, Schubert KR, Strahl K, Waldi R, Boštjančič B, Kernel G, Križan P, Križnič E, Pleško M, Cronström HI, Jönsson L, Babaev A, Danilov M, Fominykh B, Golutvin A, Gorelov I, Lubimov V, Rostovtsev A, Semenov A, Semenov S, Shevchenko V, Soloshenko V, Tchistilin V, Tichomirov I, Zaitsev Y, Childers R, Darden CW, Fernholz RCet al., 1989,

  Two-photon production of final states with a p {Mathematical expression} pair

  , Zeitschrift für Physik C Particles and Fields, Vol: 42, Pages: 543-548, ISSN: 0170-9739

  Two-photon production of the exclusive final states p {Mathematical expression}+nπ (n=0, 1, 2, and 3) has been investigated using the ARGUS detector at the e+e- storage ring DORIS II at DESY. The reactions γγ→p {Mathematical expression}π and γγ→p {Mathematical expression}π+π-π0 have been observed for the first time, as have the Δ++ and {Mathematical expression} baryons in the final state p {Mathematical expression}π+π-. No evidence was found for Δ++ {Mathematical expression} production. Topological cross sections for two-photon production of p {Mathematical expression}, p {Mathematical expression}π0, p {Mathematical expression}π+π- and p {Mathematical expression}π+π-π0, as well as the crosssection for γγ→Δ++ {Mathematical expression}π+π-+c.c., have been measured. Upper limits are given for the cross section for γγ→Δ0 {Mathematical expression}, γγ→Δ++ {Mathematical expression} and γγ→Λ {Mathematical expression}. © 1989 Springer-Verlag.

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  • Citations: 11
• Journal article
  Albrecht H, Böckmann P, Gläser R, Harder G, Krüger A, Nippe A, Reidenbach M, Schäfer M, Schmidt-Parzefall W, Schröder H, Schulz HD, Sefkow F, Spengler J, Wurth R, Yagil A, Appuhn RD, Drescher A, Hast C, Herrera G, Kamp D, Kolanoski H, Lindner A, Mankel R, Scheck H, Schweda G, Spaan B, Walther A, Wegener D, Funk W, Gabriel JC, Stiewe J, Werner S, Edwards KW, Frisken WR, Kapitza H, Kutschke R, MacFarlane DB, McLean KW, Nilsson AW, Orr RS, Parsons JA, Patel PM, Prentice JD, Seidel SC, Swain JD, Tsipolitis G, Yoon TS, Ammar R, Ball S, Coppage D, Davis R, Kanekal S, Kwak N, Ruf T, Schael S, Schubert KR, Strahl K, Waldi R, Boštjančič B, Kernel G, Križan P, Križnič E, Pleško M, Cronström HI, Jönsson L, Babaev A, Danilov M, Fominykh B, Golutvin A, Gorelov I, Lubimov V, Rostovtsev A, Semenov A, Semenov S, Shevchenko V, Soloshenko V, Tchistilin V, Tichomirov I, Zaitsev Y, Childers R, Darden CW, Fernholz RCet al., 1989,

  Inclusive production of charged pions, charged and neutral kaons and antiprotons in e⁺e^- annihilation at 10 GeV and in direct Upsilon decays

  , Zeitschrift für Physik C Particles and Fields, Vol: 44, Pages: 547-555, ISSN: 0170-9739

  Using the ARGUS detector at the e+e- storage ring DORIS II, we have investigated inclusive production of π±, K±, Ks0 and {Mathematical expression} in multihadron events at 9.98 GeV and in direct decays of the Υ{hooked}(1 S) meson, i.e. from quark and gluon fragmentation. The most pronounced difference is the rate of baryon production. The Lund Monte Carlo program gives a reasonable qualitative description, although it cannot reproduce our data in detail. © 1989 Springer-Verlag.

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  • Citations: 48
• Journal article
  Albrecht H, Böckmann P, Gläser R, Harder G, Krüger A, Nippe A, Reidenbach M, Schäfer M, Schmidt-Parzefall W, Schröder H, Schulz HD, Sefkow F, Spengler J, Wurth R, Yagil A, Appuhn RD, Drescher A, Hast C, Kamp D, Kolanoski H, Lindner A, Mankel R, Matthiesen U, Scheck H, Schweda G, Spaan B, Walther A, Wegener D, Funk W, Gabriel JC, Stiewe J, Werner S, Edwards KW, Frisken WR, Kapitzka H, Kutschke R, MacFarlane DB, McLean KW, Nilsson AW, Orr RS, Parsons JA, Patel PM, Prentice JD, Seidel SC, Swain JD, Tsipolitis G, Yoon TS, Ammar R, Ball S, Coppage D, Davis R, Kanekal S, Kwak N, Ruf T, Schael S, Schubert KR, Strahl K, Waldi R, Boštjančič B, Kernel G, Križan P, Križnič E, Pleško M, Cronström HI, Jönsson L, Babaev A, Danilov M, Fominykh B, Golutvin A, Gorelov I, Lubimov V, Rostovtsev A, Semenov A, Semenov S, Shevchenko V, Soloshenko V, Tchistilin V, Tichomirov I, Zaitsev Y, Childers R, Darden CW, Fernholz RCet al., 1989,

  Measurement of inclusive B meson decays into baryons

  , Zeitschrift für Physik C Particles and Fields, Vol: 42, Pages: 519-525, ISSN: 0170-9739

  The decay of B mesons into the baryons p, Λ and Ξ- has been studied. The measured inclusive branching ratios for these decays are Br(B→p X) =(8.2±0.5-1.0+1.3)%, Br(B→ΛX)=(4.2±0.5±0.6)% and Br(B→Ξ-X)<0.51% at the 90% confidence level. In addition investigations on p {Mathematical expression}, and Λ {Mathematical expression} and Λ {Mathematical expression} correlations were performed, yielding an approximately equal rate of protons and neutrons. From this one can derive a total baryonic branching ratio Br(B→baryons) of (7.6±1.4)%. © 1989 Springer-Verlag.

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  • Citations: 13
• Journal article
  Albrecht H, Böckmann P, Gläser R, Harder G, Krüger A, Nippe A, Schäfer M, Schmidt-Parzefall W, Schröder H, Schulz HD, Sefkow F, Spengler J, Wurth R, Yagil A, Appuhn RD, Drescher A, Kamp D, Kolanoski H, Mankel R, Matthiesen U, Scheck H, Schweda G, Spaan B, Walther A, Wegener D, Gabriel JC, Ruf T, Schael S, Schubert KR, Stiewe J, Strahl K, Waldi R, Werner S, Edwards KW, Frisken WR, Kapitza H, Kutschke R, MacFarlane DB, McLean KW, Nilsson AW, Orr RS, Parsons JA, Patel PM, Prentice JD, Seidel SC, Swain JD, Tsipolitis G, Yoon TS, Ammar R, Ball S, Coppage D, Davis R, Kanekal S, Kwak N, Boštjančič B, Kernel G, Križan P, Križnič E, Pleško M, Cronström HI, Jönsson L, Babaev A, Danilov M, Fominykh B, Golutvin A, Gorelov I, Lubimov V, Matveev V, Semenov A, Semenov S, Shevchenko V, Soloshenko V, Tchistilin V, Tichomirov I, Zaitsev Y, Childers R, Darden CW, Fernholz RCet al., 1989,

  Inclusive φ{symbol}-meson production in electron-positron interactions in the energy region of the Υ{hooked}-resonances

  , Zeitschrift für Physik C Particles and Fields, Vol: 41, Pages: 557-566, ISSN: 0170-9739

  We report on a high precision measurement of φ{symbol}-meson production in continuum events and in direct decays of the Υ(1 S)- and Υ(2 S)-mesons. The ratio of the total production rate of φ{symbol}-mesons in direct Υ(1 S)- and Υ(2 S)-decays over that in continuum events is 1.32±0.08±0.09 and 1.07±0.13±0.11 respectively. This is compatible with the corresponding ratio obtained for lighter mesons, but is appreciably smaller than the relative baryon production rate. © 1989 Springer-Verlag.

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  • Citations: 11
• Journal article
  ANSELMINO M, IOFFE BL, LEADER E, 1989,

  ON POSSIBLE RESOLUTIONS OF THE SPIN CRISIS IN THE PARTON MODEL

  , SOVIET JOURNAL OF NUCLEAR PHYSICS-USSR, Vol: 49, Pages: 136-141, ISSN: 0038-5506
  • Author Web Link
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  • Citations: 132
• Conference paper
  Sims MR, Barstow MA, Pye JP, Wells A, Willingale R, Courtier GM, Kent BJ, Reading D, Richards AG, Cole RE, Goodall CV, Sumner TJet al., 1989,

  The XUV Wide Field Camera for Rosat

  , X-ray/EUV Optics for Astronomy and Microscopy, Pages: 540-551
  • Cite
• Conference paper
  Sumner TJ, 1989,

  Soft electron background in x-ray telescopes using grazing-incidence optics in near-Earth orbits

  , X-ray/EUV Optics for Astronomy and Microscopy, Pages: 362-371
  • Cite
• Conference paper
  SPOONER NJC, SUMNER TJ, BEWICK A, QUENBY JJ, CAPLIN AD, STRADLING RA, ZAMMIT CC, HOMER GJ, LEWIN JD, READ SFJ, SMITH PF, WHITE DJ, LIDBURY JA, LEA MJ, SAUNDERS J, FOZOONI P, BARTON Jet al., 1989,

  DEVELOPMENT OF UNDERGROUND DARK MATTER DETECTORS IN THE UK

  , WORKSHOP ON THEORETICAL AND PHENOMENOLOGICAL ASPECTS OF UNDERGROUND PHYSICS ( TAUP 89 ), Publisher: EDITIONS FRONTIERES, Pages: 381-386
  • Author Web Link
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  • Citations: 1
• Conference paper
  Spooner NJC, Sumner TJ, Bewick A, Quenby JJ, Caplin AD, Stradling RA, Zammit CC, Homer G, Lewin JD, Read SFJ, Smith PF, White DJ, Lidbury JA, Lea MJ, Saunders J, Fozooni P, Barton Jet al., 1989,

  Development of Underground Dark Matter Detectors in the UK

  , Gran Sasso Symposium, Pages: 381-386
  • Cite
• Conference paper
  Read SFJ, Homer G, Lewin JD, Smith PF, Zammit CC, Quenby JJ, Spooner N, Sumner T, Jones WG, Barton J, Saunders J, Lea Met al., 1989,

  Work in the UK on low temperature dark matter detectors

  , Low temperature detectors for neutrinos and dark matter II, Pages: 335-344
  • Cite
• Conference paper
  Sumner TJ, Rochester GK, Hall G, Roe S, Wheadon R, Zammit CC, Evensen L, Avset BSet al., 1989,

  Development of silicon drift chambers for x-ray astronomy

  , EUV, X-ray, and Gamma-ray Instrumentation for Astronomy and Atomic Physics, Pages: 595-604
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