Search for Higgs bosons in ${\rm e^+e^-}$ collisions at 183 GeV
Search for Higgs bosons in ${\rm e^+e^-}$ collisions at 183 GeV
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DOI：
10.1007/s100529901102
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发表时间：
1998-11
期刊：
影响因子：
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通讯作者：
G. Abbiendi;K. Ackerstaff;G. Alexander;J. Allison;N. Altekamp;K. Anderson;S. Anderson;S. Arcelli;S. Asai;S. Ashby;D. Axen;G. Azuelos;A. Ball;E. Barberio;R. Barlow;R. Bartoldus;J. Batley;S. Baumann;J. Bechtluft;T. Behnke;K. Bell;G. Bella;A. Bellerive;S. Bentvelsen;S. Bethke;S. Betts;O. Biebel;A. Biguzzi;S. Bird;V. Blobel;I. Bloodworth;P. Bock;J. Böhme;D. Bonacorsi;M. Boutemeur;S. Braibant;P. Bright-Thomas;L. Brigliadori;R. Brown;H. Burckhart;P. Capiluppi;R. Carnegie;A. Carter;J. Carter;C. Y. Chang;D. Charlton;D. Chrisman;C. Ciocca;P. Clarke;E. Clay;I. Cohen;J. Conboy;O. Cooke;C. Couyoumtzelis;R. Coxe;M. Cuffiani;S. Dado;G. Dallavalle;R. Davis;S. Jong;A. Roeck;P. Dervan;K. Desch;B. Dienes;M. Dixit;J. Dubbert;E. Duchovni;G. Duckeck;I. Duerdoth;D. Eatough;P. Estabrooks;E. Etzion;F. Fabbri;M. Fanti;A. Faust;F. Fiedler;M. Fierro;I. Fleck;R. Folman;A. Fürtjes;D. Futyan;P. Gagnon;J. Gary;J. Gascón;S. Gascon-shotkin;G. Gaycken;C. Geich-Gimbel;G. Giacomelli;Paolo Giacomelli;V. Gibson;W. Gibson;D. Gingrich;D. Glenzinski;J. Goldberg;W. Gorn;C. Grandi;K. Graham;E. Gross;J. Grunhaus;M. Gruwe;G. Hanson;M. Hansroul;M. Hapke;K. Harder;A. Harel;C. Hargrove;C. Hartmann;M. Hauschild;C. Hawkes;R. Hawkings;R. J. Hemingway;M. Herndon;G. Herten;R. Heuer;M. Hildreth;J. Hill;P. Hobson;M. Hoch;A. Hocker;K. Hoffman;R. Homer;A. Honma;D. Horvath;K. R. Hossain;R. Howard;P. Hüntemeyer;P. Igo-Kemenes;D. Imrie;K. Ishii;F. R. Jacob;A. Jawahery;H. Jérémie;M. Jimack;C. Jones;P. Jovanović;T. Junk;D. Karlen;V. Kartvelishvili;K. Kawagoe;T. Kawamoto;P. Kayal;R. Keeler;R. Kellogg;B. Kennedy;D. Kim;A. Klier;S. Kluth;Takashi Kobayashi;M. Kobel;D. Koetke;T. Kokott;M. Kolrep;S. Komamiya;R. Kowalewski;T. Kress;P. Krieger;J. Krogh;T. Kuhl;P. Kyberd;G. Lafferty;H. Landsman;D. Lanske;J. Lauber;S. Lautenschlager;I. Lawson;J. Layter;D. Lazic;A. Lee;D. Lellouch;J. Letts;L. Levinson;R. Liebisch;B. List;C. Littlewood;A. Lloyd;S. Lloyd;F. Loebinger;G. D. Long;M. Losty;J. Ludwig;D. Liu;A. Macchiolo;A. Macpherson;W. Mader;M. Mannelli;S. Marcellini;C. Markopoulos;A. Martin;J. Martin;G. Martinez;T. Mashimo;P. Mättig;W. Mcdonald;J. Mckenna;E. Mckigney;T. Mcmahon;R. McPherson;F. Meijers;S. Menke;F. Merritt;H. Mes;Jean-Arcady Meyer;A. Michelini;S. Mihara;G. Mikenberg;Danny Miller;R. Mir;W. Mohr;A. Montanari;Takashi Mori;K. Nagai;I. Nakamura;H. Neal;B. Nellen;R. Nisius;S. O'neale;F. G. Oakham;F. Odorici;H. Ogren;M. Oreglia;S. Orito;J. Pálinkás;G. Pásztor;J. Pater;G. Patrick;J. Patt;R. Perez-Ochoa;S. Petzold;P. Pfeifenschneider;J. Pilcher;J. Pinfold;D. Plane;P. Poffenberger;J. Polok;M. Przybycien;C. Rembser;H. Rick;S. Robertson;S. Robins;N. Rodning;J. Roney;K. Roscoe;A. Rossi;Y. Rozen;K. Runge;O. Rúnolfsson;D. Rust;K. Sachs;T. Saeki;O. Sahr;W. Sang;E. Sarkisyan;C. Sbarra;A. Schaile;O. Schaile;F. Scharf;P. Scharff-Hansen;J. Schieck;B. Schmitt;S. Schmitt;A. Schöning;M. Schröder;M. Schumacher;C. Schwick;W. Scott;R. Seuster;T. Shears;B. Shen;C. Shepherd-Themistocleous;P. Sherwood;G. Siroli;A. Sittler;A. Skuja;A. Smith;G. Snow;R. Sobie;S. Soldner-Rembold;S. Spagnolo;M. Sproston;A. Stahl;K. Stephens;J. Steuerer;K. Stoll;D. Strom;R. Ströhmer;B. Surrow;S. Talbot;S. Tanaka;P. Taras;S. Tarem;R. Teuscher;M. Thiergen;J. Thomas;M. Thomson;E. Törne;E. Torrence;S. Towers;I. Trigger;Z. Trocsanyi;E. Tsur;A. Turcot;M. F. Turner-Watson;I. Ueda;R. Kooten;P. Vannerem;M. Verzocchi;H. Voss;F. Wäckerle;A. Wagner;C. Ward;D. Ward;P. Watkins;A. Watson;N. Watson;P. Wells;N. Wermes;J. White;G. Wilson;J. Wilson;T. Wyatt;S. Yamashita;G. Yekutieli;V. Zacek;D. Zer-Zion
中科院分区：
文献类型：
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作者：
G. Abbiendi;K. Ackerstaff;G. Alexander;J. Allison;N. Altekamp;K. Anderson;S. Anderson;S. Arcelli;S. Asai;S. Ashby;D. Axen;G. Azuelos;A. Ball;E. Barberio;R. Barlow;R. Bartoldus;J. Batley;S. Baumann;J. Bechtluft;T. Behnke;K. Bell;G. Bella;A. Bellerive;S. Bentvelsen;S. Bethke;S. Betts;O. Biebel;A. Biguzzi;S. Bird;V. Blobel;I. Bloodworth;P. Bock;J. Böhme;D. Bonacorsi;M. Boutemeur;S. Braibant;P. Bright-Thomas;L. Brigliadori;R. Brown;H. Burckhart;P. Capiluppi;R. Carnegie;A. Carter;J. Carter;C. Y. Chang;D. Charlton;D. Chrisman;C. Ciocca;P. Clarke;E. Clay;I. Cohen;J. Conboy;O. Cooke;C. Couyoumtzelis;R. Coxe;M. Cuffiani;S. Dado;G. Dallavalle;R. Davis;S. Jong;A. Roeck;P. Dervan;K. Desch;B. Dienes;M. Dixit;J. Dubbert;E. Duchovni;G. Duckeck;I. Duerdoth;D. Eatough;P. Estabrooks;E. Etzion;F. Fabbri;M. Fanti;A. Faust;F. Fiedler;M. Fierro;I. Fleck;R. Folman;A. Fürtjes;D. Futyan;P. Gagnon;J. Gary;J. Gascón;S. Gascon-shotkin;G. Gaycken;C. Geich-Gimbel;G. Giacomelli;Paolo Giacomelli;V. Gibson;W. Gibson;D. Gingrich;D. Glenzinski;J. Goldberg;W. Gorn;C. Grandi;K. Graham;E. Gross;J. Grunhaus;M. Gruwe;G. Hanson;M. Hansroul;M. Hapke;K. Harder;A. Harel;C. Hargrove;C. Hartmann;M. Hauschild;C. Hawkes;R. Hawkings;R. J. Hemingway;M. Herndon;G. Herten;R. Heuer;M. Hildreth;J. Hill;P. Hobson;M. Hoch;A. Hocker;K. Hoffman;R. Homer;A. Honma;D. Horvath;K. R. Hossain;R. Howard;P. Hüntemeyer;P. Igo-Kemenes;D. Imrie;K. Ishii;F. R. Jacob;A. Jawahery;H. Jérémie;M. Jimack;C. Jones;P. Jovanović;T. Junk;D. Karlen;V. Kartvelishvili;K. Kawagoe;T. Kawamoto;P. Kayal;R. Keeler;R. Kellogg;B. Kennedy;D. Kim;A. Klier;S. Kluth;Takashi Kobayashi;M. Kobel;D. Koetke;T. Kokott;M. Kolrep;S. Komamiya;R. Kowalewski;T. Kress;P. Krieger;J. Krogh;T. Kuhl;P. Kyberd;G. Lafferty;H. Landsman;D. Lanske;J. Lauber;S. Lautenschlager;I. Lawson;J. Layter;D. Lazic;A. Lee;D. Lellouch;J. Letts;L. Levinson;R. Liebisch;B. List;C. Littlewood;A. Lloyd;S. Lloyd;F. Loebinger;G. D. Long;M. Losty;J. Ludwig;D. Liu;A. Macchiolo;A. Macpherson;W. Mader;M. Mannelli;S. Marcellini;C. Markopoulos;A. Martin;J. Martin;G. Martinez;T. Mashimo;P. Mättig;W. Mcdonald;J. Mckenna;E. Mckigney;T. Mcmahon;R. McPherson;F. Meijers;S. Menke;F. Merritt;H. Mes;Jean-Arcady Meyer;A. Michelini;S. Mihara;G. Mikenberg;Danny Miller;R. Mir;W. Mohr;A. Montanari;Takashi Mori;K. Nagai;I. Nakamura;H. Neal;B. Nellen;R. Nisius;S. O'neale;F. G. Oakham;F. Odorici;H. Ogren;M. Oreglia;S. Orito;J. Pálinkás;G. Pásztor;J. Pater;G. Patrick;J. Patt;R. Perez-Ochoa;S. Petzold;P. Pfeifenschneider;J. Pilcher;J. Pinfold;D. Plane;P. Poffenberger;J. Polok;M. Przybycien;C. Rembser;H. Rick;S. Robertson;S. Robins;N. Rodning;J. Roney;K. Roscoe;A. Rossi;Y. Rozen;K. Runge;O. Rúnolfsson;D. Rust;K. Sachs;T. Saeki;O. Sahr;W. Sang;E. Sarkisyan;C. Sbarra;A. Schaile;O. Schaile;F. Scharf;P. Scharff-Hansen;J. Schieck;B. Schmitt;S. Schmitt;A. Schöning;M. Schröder;M. Schumacher;C. Schwick;W. Scott;R. Seuster;T. Shears;B. Shen;C. Shepherd-Themistocleous;P. Sherwood;G. Siroli;A. Sittler;A. Skuja;A. Smith;G. Snow;R. Sobie;S. Soldner-Rembold;S. Spagnolo;M. Sproston;A. Stahl;K. Stephens;J. Steuerer;K. Stoll;D. Strom;R. Ströhmer;B. Surrow;S. Talbot;S. Tanaka;P. Taras;S. Tarem;R. Teuscher;M. Thiergen;J. Thomas;M. Thomson;E. Törne;E. Torrence;S. Towers;I. Trigger;Z. Trocsanyi;E. Tsur;A. Turcot;M. F. Turner-Watson;I. Ueda;R. Kooten;P. Vannerem;M. Verzocchi;H. Voss;F. Wäckerle;A. Wagner;C. Ward;D. Ward;P. Watkins;A. Watson;N. Watson;P. Wells;N. Wermes;J. White;G. Wilson;J. Wilson;T. Wyatt;S. Yamashita;G. Yekutieli;V. Zacek;D. Zer-Zion
OPAL实验在GeV收集的数据被用来寻找由标准模型和各种扩展模型预测的希格斯玻色子，例如具有两个希格斯场双重态的一般模型和最小超对称标准模型（MSSM）。该数据对应于约54 pb的积分光度。对中性和带电希格斯玻色子的研究都没有发现超出预期背景的事件。这一负面结果与较低能量搜索的类似结果相结合，导致希格斯玻色子质量和其他模型参数的新限制。特别是，标准模型希格斯玻色子质量的95%置信下限为88.3 GeV。带电的希格斯玻色子可以被排除在59.5 GeV的质量之外。在MSSM中，GeV和GeV得到的，没有和最大标量顶部混合和软超对称破缺质量为1 TeV。排除了最小标量顶部混合和GeV的范围。还考虑MSSM参数空间的更一般的扫描。
The data collected by the OPAL experiment atGeV were used to search for Higgs bosons which are predicted by the Standard Model and various extensions, such as general models with two Higgs field doublets and the Minimal Supersymmetric Standard Model (MSSM). The data correspond to an integrated luminosity of approximately 54 pb. None of the searches for neutral and charged Higgs bosons have revealed an excess of events beyond the expected background. This negative outcome, in combination with similar results from searches at lower energies, leads to new limits for the Higgs boson masses and other model parameters. In particular, the 95% confidence level lower limit for the mass of the Standard Model Higgs boson is 88.3 GeV. Charged Higgs bosons can be excluded for masses up to 59.5 GeV. In the MSSM,GeV andGeV are obtained for, no and maximal scalar top mixing and soft SUSY-breaking masses of 1 TeV. The rangeis excluded for minimal scalar top mixing andGeV. More general scans of the MSSM parameter space are also considered.