L
Lawrence W. Jones
Researcher at University of Michigan
Publications - 113
Citations - 1721
Lawrence W. Jones is an academic researcher from University of Michigan. The author has contributed to research in topics: Cosmic ray & Neutron. The author has an hindex of 23, co-authored 112 publications receiving 1693 citations. Previous affiliations of Lawrence W. Jones include University of London.
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Journal ArticleDOI
A determination of the properties of the neutral intermediate vector boson Z0
Bernardo Adeva,O. Adriani,M. Aguilar-Benitez,H. Akbari,J. Alcaraz,Alberto Aloisio,M. G. Alviggi,Qi An,H. Anderhub,A.L. Andersson,L. Antonov,D. Antreasyan,A. Arefiev,T. Azemoon,Tariq Aziz,P.V.K.S. Baba,Paolo Bagnaia,J. A. Bakken,L. Baksay,R.C. Ball,S. Banerjee,J. Bao,Luciano Barone,A. Bay,U. Becker,U. Becker,S. Beingessner,Gy L. Bencze,Gyorgy Bencze,J. Berdugo,P. Berges,B. Bertucci,B. L. Betev,Adrian Biland,R. Bizzarri,R. Bizzarri,J. J. Blaising,P. Blömeke,G. J. Bobbink,M. Bocciolini,W. Böhlen,A. Böhm,T. Böhringer,B. Borgia,Dimitri Bourilkov,M. Bourquin,D. Boutigny,J.G. Branson,I.C. Brock,F. Bruyant,J. D. Burger,J.P. Burq,X. D. Cai,D. Campana,C. Camps,M. Capell,F. Carbonara,A.M. Cartacci,Marcos Cerrada,F. Cesaroni,Y. H. Chang,U. K. Chaturvedi,M. Chemarin,A. Chen,G.M. Chen,H.F. Chen,H. S. Chen,Mingshui Chen,M.L. Chen,G. Chiefari,C.Y. Chien,Carlo Civinini,I. Clare,Robert Clare,G. Coignet,Nicanor Colino,V. Commichau,G. Conforto,A. Contin,F. Crijns,X. Y. Cui,T.S. Dai,Raffaello D'Alessandro,X. De Bouard,A. Degré,Konrad Deiters,E. Dénes,Peter Denes,F. DeNotaristefani,M. Dhina,Marcella Diemoz,H.R. Dimitrov,C. Dionisi,F. Dittus,R. Dolin,E. Drago,T. Driever,P. Duinker,I. Duran,A. Engler,F. J. Eppling,F. C. Erné,P. Extermann,R. Fabbretti,G. Faber,Speranza Falciano,Speranza Falciano,S. J. Fan,M. Fabre,J. Fay,J. Fehlmann,H. Fenker,T. Ferguson,G. Fernandez,F. Ferroni,H. S. Fesefeldt,J. H. Field,G. Forconi,T. Foreman,K. Freudenreich,W. Friebel,M. Fukushima,M. Gailloud,Yu. Galaktionov,Elisabetta Gallo,S. N. Ganguli,S.S. Gau,G. Gavrilov,Simonetta Gentile,M. Gettner,M. Glaubman,Steven Goldfarb,Z.F. Gong,E. Gonzalez,A. Gordeev,P. Göttlicher,Corinne Goy,Giorgio Gratta,A. Grimes,C. Grinnell,M. Gruenewald,M. Guanziroli,A. Gurtu,D. Güsewell,H. Haan,K. Hangarter,S. Hancke,M. Harris,D. Harting,F.G. Hartjes,C. F. He,A. Heavy,Thomas Hebbeker,M. Hebert,G. Herten,U. Herten,Alain Hervé,K. Hilgers,H. Hofer,L.S. Hsu,G. Hu,G. Hu,B. Ille,M. M. Ilyas,Vincenzo Innocente,E. Isiksal,E. Jagel,B.N. Jin,Lawrence W. Jones,M. Jongmanns,H. Jung,Philip Kaaret,R. A. Khan,Yu. Kamyshkov,D. Kaplan,W. Karpinski,Y. Karyotakis,V. Khoze,D. Kirkby,W. Kittel,Alexei Klimentov,P.F. Klok,M. Kollek,M. Koller,A. C. König,Oliver Kornadt,V. Koutsenko,R.W. Kraemer,V.R. Krastev,W. Krenz,A. Kuhn,Vineet Kumar,A. Kunin,S. Kwan,G. Landi,K. Lanius,D. Lanske,S. Lanzano,M. Lebeau,M. Lebeau,P. Lebrun,Pierre Lecomte,Paul Lecoq,P. Le Coultre,I. Leedom,J. M. Le Goff,L. Leistam,R. Leiste,J. Lettry,X. Leytens,C-Q. Li,H.T. Li,J.F. Li,L. Li,P. J. Li,X.G. Li,J. Y. Liao,R. Liu,Yanwen Liu,Z.Y. Lin,F. L. Linde,B. Lindemann,D. Linnhofer,Wolfgang Lohmann,S. Lökös,Egidio Longo,Y. S. Lu,J.M. Lubbers,K. Lübelsmeyer,Claudio Luci,D. Luckey,L. Ludovici,X. Lue,Lamberto Luminari,W.G. Ma,M. MacDermott,R. Magahiz,M. Maire,P. K. Malhotra,A. Malinin,C. Maña,D.N. Mao,Y.F. Mao,M. Maolinbay,P. Marchesini,A. Marchionni,J. P. Martin,L. Martinez,H. U. Martyn,Francesco Marzano,G.G.G. Massaro,T. Matsuda,Kajari Mazumdar,P. McBride,Th. Meinholz,M. Merk,R. Mermod,Leonardo Merola,Marco Meschini,W. J. Metzger,Y. Mi,M. Micke,U. Micke,G.B. Mills,Y. Mir,G. Mirabelli,J. Mnich,M. Moeller,L. Montanet,B. Monteleoni,G. Morand,R. Morand,S. Morganti,V. Morgunov,R. Mount,E. Nagy,E. Nagy,M. Napolitano,H. Newman,L. Niessen,W.-D. Nowak,J. Onvlee,J. Ossmann,D. Pandoulas,Giovanni Paternoster,S. Patricelli,Y.J. Pei,Y. Peng,D. Perret-Gallix,J. Perrier,E. Perrin,A. Pevsner,Marco Pieri,V. Pieri,P. A. Piroué,V. Plyaskin,M. Pohl,V. Pojidaev,C.L.A. Pols,N. Produit,P. Prokofiev,Jianming Qian,K. N. Qureshi,R. Raghavan,G. Rahal-Callot,Panos A Razis,Kenneth Francis Read,D. Ren,Zhuoxiang Ren,S. Reucroft,A. Ricker,T. Riemann,C. Rippich,Sandra Consuegra Rodríguez,B. P. Roe,M. Röhner,S. Röhner,Luciano Romero,Jérôme Rose,S. Rosier-Lees,S. Rosier-Lees,Ph. Rosselet,J. A. Rubio,W. Ruckstuhl,H. Rykaczewski,M. Sachwitz,J. Salicio,M. Sassowsky,G. Sauvage,Alexander Savin,V. Schegelsky,A. Schetkovsky,P. Schmitt,D.W. Schmitz,P. Schmitz,M. Schneegans,M. Schöntag,D.J. Schotanus,H. J. Schreiber,R. Schulte,A. Schultz von Dratzig,K. Schultze,J. Schütte,J. Schwenke,G. Schwering,Crisostomo Sciacca,P.G. Seiler,J.C. Sens,I. Sheer,V.G. Shevchenko,S. Shevchenko,X.R. Shi,K.D. Shmakov,V. Shoutko,E. Shumilov,R. Siedling,N. Smirnov,A. Sopczak,V. Souvorov,C. Souyri,T. Spickermann,B. Spiess,Piero Spillantini,R. Starosta,M. Steuer,D. P. Stickland,B. Stöhr,Howard A. Stone,K. Strauch,K. Sudhakar,R. L. Sumner,H. Suter,R.B. Sutton,A. A. Syed,X.W. Tang,E. Tarkovsky,A. Tavenrath,V.L. Telegdi,J.M. Thenard,E. Thomas,C. Timmermans,Samuel C.C. Ting,Samuel C.C. Ting,Y.P. Tong,M. Tonutti,Suresh C Tonwar,Jozsef Toth,K. L. Tung,J. Ulbricht,L. Urbàn,U. Uwer,E. Valenti,R. T. Van de Walle,H. van der Graaf,I. Vetlitsky,G. Viertel,P. Vikas,M. Vivargent,H. Vogel,H. Vogt,S. Volkov,S. Volkov,Igor Vorobiev,An.A. Vorobyov,Laurent Vuilleumier,W. Walk,W. Wallraff,C. Y. Wang,G.H. Wang,J.H. Wang,Qian Wang,X. L. Wang,Y.F. Wang,Z. M. Wang,J. Weber,R. Weill,T.J. Wenaus,J. Wenninger,M. White,R. Wilhelm,Carlos Willmott,F. Wittgenstein,D. Wright,R.J. Wu,S. L. Wu,S. X. Wu,Y.G. Wu,Boleslaw Wyslouch,Boleslaw Wyslouch,Z.Z. Xu,Z. L. Xue,D. S. Yan,Bz Yang,C.G. Yang,G. A. Yang,K.S. Yang,Q.Y. Yang,Z.Q. Yang,Q. Ye,C. H. Ye,S.C. Yeh,Z. W. Yin,J. M. You,C. Zabounidis,L. Zehnder,Ming Zeng,Y. Zeng,D. Zhang,D. H. Zhang,S.Y. Zhang,Zp Zhang,J. F. Zhou,R.Y. Zhu,Antonino Zichichi,J. Zoll +454 more
TL;DR: The first physics runs of the L3 detector at LEP were reported in this article, where the authors determined the mass m z 0 and the width Γ z 0 of the intermediate vector boson Z 0 to bem z 0 =91.132±0.057 GeV (not including the 46 MeV LEP machine energy uncertainty).
Journal ArticleDOI
Neutron total cross sections on nuclei at Fermilab energies
TL;DR: In this paper, total cross sections for neutrons on protons, deuteriom, beryllium, carbon, aluminium, iron, copper, cadmium, tungsten, lead, and uranium were measured in a small-angle neutral beam at Fermilab.
Journal ArticleDOI
A Review of Quark Search Experiments
TL;DR: All of the experimental evidence for and against the existence of free, physical quarks from cosmic rays, particle accelerators, and stable matter is reviewed in this paper, with the exception of Niobium pellets of third-integral residual charge.
Journal ArticleDOI
D-meson production in 800-GeV/c pp interactions.
R. Ammar,R. C. Ball,Sunanda Banerjee,P. C. Bhat,P. Bosetti,C. Bromberg,G. E. Canough,T. Coffin,T. O. Dershem,R. L. Dixon,H. C. Fenker,S. N. Ganguli,U. Gensch,P. Girtler,Alfred Goshaw,Fernand Grard,Atul Gurtu,C. Hamilton,Victor Henri,J. J. Hernandez,J. Hrubec,M. Iori,Lawrence W. Jones,D. Kuhn,D. Knauss,I. D. Leedom,Patrick Legros,Jacques Lemonne,H. Leutz,X. Liu,P. K. Malhotra,J. Marraffino,G. E. Mendez,R. J. Miller,Thomas Naumann,A. Nguyen,H. Nowak,P. Pilette,J. A. Poirier,Alan Poppleton,R. Raghavan,K. Rasner,Steve Reucroft,W. J. Robertson,B. P. Roe,A. Roth,M. Senko,W. Struczinski,A. Subramanian,M. C. Touboul,B. Vonck,L. Voyvodic,J. W. Waters,M. F. Weber,M. S. Webster,C. Zabounidis +55 more
TL;DR: A study of the inclusive production properties of D/D-bar mesons in pp collisions at 800 GeV/c and comparisons to measurements made at lower energies and to the expectations of the QCD fusion model are reported.
Journal ArticleDOI
Liquid Hydrogen as a Fuel for the Future
TL;DR: The use of liquid hydrogen as a long-term replacement for hydrocarbon fuel for land and air transportation seems technically feasible as discussed by the authors, and it is an ideal fuel from the standpoint of a completely cyclic system, serving as a "working substance" in a closed chemical and thermodynamic cycle.