Results 11 to 20 of about 529,278 (267)
The BABAR detector [PDF]
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 2002 118 pages, 94 figure files, to be published in Nucl. Inst.AUBERT B, BAZAN A, BOUCHAM A, BOUTIGNY D, DE BONIS I, FAVIER J, GAILLARD JM, JEREMIE A, KARYOTAKIS Y, LE FLOUR T, LEES JP, LIEUNARD S, PETITPAS P, ROBBE P, TISSERAND V, ZACHARIADOU K, PALANO A, CHEN GP, CHEN JC, QI ND, RONG G, WANG P, ZHU YS, EIGEN G, REINERTSEN PL, STUGU B, ABBOTT B, ABRAMS GS, AMERMAN L, BORGLAND AW, BREON AB, BROWN DN, BUTTON SHAFER J, CLARK AR, DARDIN S, DAY C, DOW SF, FAN Q, GAPONENKO I, GILL MS, GOOZEN FR, GOWDY SJ, GRITSAN A, GROYSMAN Y, HERNIKL C, JACOBSEN RG, JARED RC, KADEL RW, KADYK J, KARCHER A, KERTH LT, KIPNIS I, KLUTH S, KRAL JF, LAFEVER R, LECLERC C, LEVI ME, LEWIS SA, LIONBERGER C, LIU T, LONG M, LUO L, LYNCH G, LUFT P, MANDELLI E, MARINO M, MARKS K, MATUK C, MEYER AB, MINOR R, MOKHTARANI A, MOMAYEZI M, NYMAN M, ODDONE PJ, OHNEMUS J, OSHATZ D, PATTON S, PEDRALI NOY M, PERAZZO A, PETERS C, POPE W, PRIPSTEIN M, QUARRIE DR, RASSON JE, ROE NA, ROMOSAN A, RONAN MT, SHELKOV VG, STONE R, STROTHER PD, TELNOV AV, VON DER LIPPE H, WEBER TF, WENZEL WA, ZIZKA G, BRIGHT THOMAS PG, HAWKES CM, KIRK A, KNOWLES DJ, O'NEALE SW, WATSON AT, WATSON NK, DEPPERMANN T, KOCH H, KRUG J, KUNZE M, LEWANDOWSKI B, PETERS K, SCHMUECKER H, STEINKE M, ANDRESS JC, BARLOW NR, BHIMJI W, CHEVALIER N, CLARK PJ, COTTINGHAM WN, DE GROOT N, DYCE N, FOSTER B, MASS A, MCFALL JD, WALLOM D, WILSON FF, ABE K, HEARTY C, MCKENNA JA, THIESSEN D, CAMANZI B, HARRISON TJ, MCKEMEY AK, TINSLAY J, ANTOHIN EI, BLINOV VE, BUKIN AD, BUKIN DA, BUZYKAEV AR, DUBROVIN MS, GOLUBEV VB, IVANCHENKO VN, KOLACHEV GM, KOROL AA, KRAVCHENKO EA, MIKHAILOV SF, ONUCHIN AP, SALNIKOV AA, SEREDNYAKOV SI, SKOVPEN YI, TELNOV VI, YUSHKOV AN, BOOTH J, LANKFORD AJ, MANDELKERN M, PIER S, STOKER DP, ZIOULAS G, AHSAN A, ARISAKA K, BUCHANAN C, CHUN S, FACCINI R, MACFARLANE DB, PRELL SA, RAHATLOU S, RAVEN G, SHARMA V, BURKE S, CALLAHAN D, CAMPAGNARI C, DAHMES B, HALE D, HART PA, KUZNETSOVA N, KYRE S, LEVY SL, LONG O, LU A, MAY J, RICHMAN JD, VERKERKE W, WITHERELL M, YELLIN S, BERINGER J, DEWITT J, DORFAN DE, EISNER AM, FREY A, GRILLO AA, GROTHE M, HEUSCH CA, JOHNSON RP, KROEGER W, LOCKMAN WS, PULLIAM T, ROWE W, SADROZINSKI H, SCHALK T, SCHMITZ RE, SCHUMM BA, SEIDEN A, SPENCER EN, WALKOWIAK W, MULLER PFEFFERKORN R, COHEN TANUGI J, DI LODOVICO F, BOZZI C, FINOCCHIARO G, BAGNASCO S, FARINON S, PALLAVICINI M, PATRIGNANI C, TRINCAZ DUVOID S, TOURAMANIS C, SALVATORE F, DALLAPICCOLA C, FARBIN A, WILLOCQ S, PALOMBO F, CAVALLO N, LISTA L, SCIACCA C, IWASAKI M, CARACCIOLO, ROBERTO, GALEAZZI F, MARZOLLA M, ROTONDO M, SIMONETTO, FRANCO, STROILI, ROBERTO, TORASSA E, BENAYOUN M, MARTINEZ VIDAL F, ROOS L, RATTI L, RE V, BETTARINI S, FORTI F, GADDI A, MORSANI F, NERI N, PAOLONI E, RAMA M, RIZZO G, SIMI, GABRIELE, ALBERT J, CAVOTO G, DEL RE D, FERRAROTTO F, LAMANNA E, LEONARDI E, VOENA C, ADYE T, EGEDE U, COOMBES R, LANGEVELD W, MORII M, ROODMAN A, SCHWIENING J, STAHL A, SU D, ROAT C, BONA M, DI GIROLAMO B, DELLA RICCA G, PREST M, VALLAZZA E, KOWALEWSKI R, CHARLES E, DASU S, NIELSEN J +267 moreopenaire +9 more sourcesThe Silicon Vertex Detector of the Collider Detector at Fermilab [PDF]
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 1994 Abstract A silicon microstrip vertex detector has been constructed and installed in the Collider Detector at Fermilab. The device has been designed to operate at a hadron collider. It began collecting data in May of 1992 and has functioned within specification. Technical details are presented on all aspects of the system and its performance.D. AMIDEI, P. AZZI, N. BACCHETTA, M. W. BAILEY, B. BARNETT, F. BEDESCHI, BISELLO, DARIO, V. BOLOGNESI, C. BOSWELL, BUSETTO, GIOVANNI, W. C. CARITHERS, H. CARTER, A. CASTRO, S. DELLAGNELLO, P. F. DERWENT, R. DUCAR, A. DUNN, R. ELY, B. FLAUGHER, S. GALEOTTI, A. BARBAROGALTIERI, A. F. GARFINKEL, C. HABER, S. HOLLAND, M. HRYCYK, D. HERRUP, R. HUGHES, S. KLEINFELDER, M. LORETI, MARIOTTI, MOSE', J. MATTHEWS, A. MENZIONE, T. MERRICK, C. NELSON, L. PESCARA, N. PRODUIT, G. PUNZI, F. RAFFAELLI, L. RISTORI, O. SCHNEIDER, S. SEGLER, M. D. SHAPIRO, N. M. SHAW, T. SHAW, J. SKARHA, F. D. SNIDER, T. Y. SONG, A. SPIES, P. TIPTON, S. TKACZYK, F. TARTARELLI, J. TSENG, N. TURINI, K. TURNER, S. VEJCIK, G. WATTS, T. R. WESSON, W. C. WESTER, H. WENZEL, M. WONG, W. YAO, F. ZETTI +61 moreopenaire +3 more sourcesNovel Biosensor Detection of Tuberculosis Based on Photonic Band Gap Materials [PDF]
Materials Research, 2021 Tuberculosis is one of the most widespread infectious and deadliest diseases in the world. The death percentage is larger than that in the case of the current Coronavirus. Bio-photonic sensors represent a promising option for developing reliable, simple, Arafa H Aly, D. Mohamed, Z. A. Zaky, Z. S. Matar, N. S. Abd El-Gawaad, A. S. Shalaby, Fatima Tayeboun, M. Mohaseb +7 moredoaj +1 more sourceA Comparison on Energy Detector and CNN-based Detector
2020 28th Signal Processing and Communications Applications Conference (SIU), 2020 In today's wireless communication technology, users are classified and assigned to the spectrum by licensing method. There are two types of users in cognitive radio technology, licensed and unlicensed. While primary users use a fixed frequency band, secondary users can detect frequency gaps by different methods, enabling communication when primary ...Tokgöz, Gamze Kirman, Tekbıyık, Kürşat, Kurt, Güneş Karabulut, Yarkan, Serhan +3 moreopenaire +3 more sourcesThe LHeC detector [PDF]
Proceedings of XXI International Workshop on Deep-Inelastic Scattering and Related Subjects — PoS(DIS 2013), 2013 6 pages, proceedings of parallel talk at Deep Inelastic Scattering 2013, 22-26 April 2013, Marseilles ...Kostka, Peter, Polini, Alessandro, South, David M. +2 moreopenaire +2 more sourcesVertex Imaging Hadron Calorimetry Using AI/ML Tools [PDF]
EPJ Web of ConferencesThe fluctuations in energy loss to processes that do not generate measurable signals, such as binding energy losses, set the limit on achievable hadronic energy resolution in traditional energy reconstruction techniques.Akchurin Nural, Cash James, Damgov Jordan, Delashaw Xander, Lamichhane Kamal, Harris Miles, Kelley Mitchell, Kunori Shuichi, Mergate-Cacace Harold, Peltola Timo, Schneider Odin, Sewell Julian +11 moredoaj +1 more sourceHigh-granularity Dual-readout Calorimeter: Evolution of a Classic Prototype [PDF]
EPJ Web of ConferencesThe original dual-readout calorimeter prototype (DREAM), constructed two decades ago, has proven instrumental in advancing our understanding of calorimetry.Akchurin Nural, Cash James, Damgov Jordan, Delashaw Xander, Lamichhane Kamal, Harris Miles, Kelley Mitch, Kunori Shuichi, Mergate-Cacace Harold, Peltola Timo, Schneider Odin, Sewell Julian +11 moredoaj +1 more sourceAccelerators and detectors [PDF]
Reviews of Modern Physics, 1999 The developing understanding of particle physics, especially in the past 60 or so years, has been largely paced by the evolution of high-energy accelerators and detectors. We restrict ourselves here to describing crucial developments in accelerators related to high-energy particle collisions.W. K. H. Panofsky, M. Breidenbachopenaire +1 more source