Dilepton gauge bosons: Present status and future prospects.
Dilepton gauge bosons: Present status and future prospects.
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狄勒普顿规范玻色子：现状与未来前景。
DOI：
10.1103/physrevd.45.4240
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发表时间：
1992
期刊：
影响因子：
--
通讯作者：
Ng
中科院分区：
文献类型：
--
作者：
Frampton;Ng
出现在一类统一模型中的双轻子规范玻色子从现有数据和未来实验的角度进行了研究。目前的数据允许质量仅高于 120 GeV。未来的 {ital e}{sup +}{ital e{minus}} 散射实验可以将这一界限提高到 600 GeV（CERN {ital e}{sup +}{ital e{minus}} 对撞机 LEP II，{radical}{ital s} =200 GeV）和 1500 GeV（下一代线性对撞机 {ital e}{sup +}{ital e{minus}}，{radical}{ital s} =500 GeV）。这个过程{ital e}{sup {minus}}{ital e{minus}}{r arrow}{mu}{sup {minus}}{mu}{sup {minus}}可以为{ital e}{sup {minus}}{ital e{minus}}对撞机中双轻子规范玻色子的存在提供极好的签名，即使对于{radical}{ital s} =100 GeV也是如此。
Dilepton gauge bosons which appear in a class of unified models are studied both from the point of view of existing data and of future experiments. Present data allow masses only above 120 GeV. Future experiments in {ital e}{sup +}{ital e{minus}} scattering can improve this bound to 600 GeV (CERN {ital e}{sup +}{ital e{minus}} collider LEP II with {radical}{ital s} =200 GeV) and to 1500 GeV (Next Linear Collider {ital e}{sup +}{ital e{minus}} with {radical}{ital s} =500 GeV). The process {ital e}{sup {minus}}{ital e{minus}}{r arrow}{mu}{sup {minus}}{mu}{sup {minus}} could provide an excellent signature for the existence of dilepton gauge bosons in an {ital e}{sup {minus}}{ital e{minus}} collider, even for {radical}{ital s} =100 GeV.