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反轻子-夸克共振态的物理机制 被引量:3

The Physics Principle of Resonances State of Anti-Lepton-Quark
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摘要 最近HERA发现 l q共振态可能是e+ d共振,该事例非标准模型(SM)所预期,与亚夸克层次有关.用价-海亚夸克混合模型和Preon模型给出的"编外"粒子研究 l q共振态的物理机制,结果发现:产生 l q共振的物理基础是由于"编外"玻色子中存在具有B+23物质性质的"反轻子型夸克",在反轻子和夸克之间传递相互作用的是具有ε物质性质的"编外"玻色子,在ε物质的相互交换下 e d共振与 νe u共振可以相互转变,并与早前的中微子统一模型、新名古屋模型相符. Recently,HERA has revealed that L-Q resonances may be the sort of e^+-d,and it may be relative to sub-quark layer.The case is not the expected result of standard model.By using 'bianwai' particles given by Jia-Hai sub-quark mixed model and Preon model,the authors study the principle of resonances state of -q and find that the basis principle of resonances state of -q is that ' bian wai' boson contains the anti-lepton quark,which has the properties of B^(2).'bian wai' boson,which has the properties of ε,transfers interaction between anti-lepton and quark.Under the exchange of ε material,-d and _e-u can transform between each other.And this is agreed with neutrino-unified model and 'xin ming gu wu' model.
出处 《吉首大学学报(自然科学版)》 CAS 2003年第4期17-20,共4页 Journal of Jishou University(Natural Sciences Edition)
基金 国家自然科学基金资助项目(196351010)
关键词 反轻子-夸克共振态 物理机制 非标准模型 玻色子 ε物质 B物质 亚夸克模型 Preon模型 antilepton-quark resonances ε material B material sub-quark model Peron model
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