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QCD gluon radiation studies using the L3 detector

A. Buytenhuijs

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Abstract

Determination of α 4 and а ъ s s 4.1 Detector corrections 4.2 Tagging corrections 4.3 Hadronisation corrections 4.4 Initial state radiative corrections 51 4.5 Mass effects of the b quark 4.6 Systematic and statistical errors 4.7 Results and comparisons 5 Sub-jet multiplicities 5.1 Corrections 5.2 Systematic errors 5.3 Results 5.4 Comparisons 5.4.1 Naive prediction 5.4.2NLLA prediction 5.4.3Monte Carlo model predictions 5.4.4Heavy quark effects 5.4.5Other experiments 6 Conclusions and outlook

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Determination of α 4 and а ъ s s 4.1 Detector corrections 4.2 Tagging corrections 4.3 Hadronisation corrections 4.4 Initial state radiative corrections 51 4.5 Mass effects of the b quark 4.6 Systematic and statistical errors 4.7 Results and comparisons 5 Sub-jet multiplicities 5.1 Corrections 5.2 Systematic errors 5.3 Results 5.4 Comparisons 5.4.1 Naive prediction 5.4.2NLLA prediction 5.4.3Monte Carlo model predictions 5.4.4Heavy quark effects 5.4.5Other experiments 6 Conclusions and outlook

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Available abstract

Determination of α 4 and а ъ s s 4.1 Detector corrections 4.2 Tagging corrections 4.3 Hadronisation corrections 4.4 Initial state radiative corrections 51 4.5 Mass effects of the b quark 4.6 Systematic and statistical errors 4.7 Results and comparisons 5 Sub-jet multiplicities 5.1 Corrections 5.2 Systematic errors 5.3 Results 5.4 Comparisons 5.4.1 Naive prediction 5.4.2NLLA prediction 5.4.3Monte Carlo model predictions 5.4.4Heavy quark effects 5.4.5Other experiments 6 Conclusions and outlook

Key concepts: Gluon, Quantum chromodynamics, Particle physics, Physics, Nuclear physics

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