We investigate the muon anomalous magnetic moment in the context of thesupersymmetric version of the economical 3-3-1 model. We compute the 1-loopcontribution of super-partner particles. We show that contribution ofsuperparticle loop becomes significant when \tan \gamma is large. Weinvestigate for both small and large values of $\tan \gamma$. We find theregion of the parameter space where the slepton masses are of a few hundredsGeV is favour by the muon g-2 for small \tan \gamma (\tan \gamma \sim 5 ).Numerical estimation gives the mass of supersymmetric particle, the mass ofgauginos m_G \sim 700 GeV and light slepton mass m_{\tilde{L}} is of order O(100) GeV. When \tan{\gamma} is large (\tan{\gamma} \sim 60), the mass ofcharged slepton m_{\tilde{L}} and the mass of gauginos m_G\sim O(1) TeV whilethe mass of sneutrino \sim 450 GeV is in the reach of LHC.
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机译：我们在经济型3-3-1模型的超对称版本的背景下研究了μon磁矩异常。我们计算超级伙伴粒子的1环贡献。我们表明，当\ tan \ gamma大时，超粒子环的贡献变得显着。我们调查$ \ tan \ gamma $的大小值。我们找到了参数空间中子链质量为几百个GeV的区域，对于小\ tan \ gamma（\ tan \ gamma \ sim 5），μμ-2有利于μ子。数值估计给出了超对称粒子的质量，即高牛的质量m_G \ sim 700 GeV和轻子链质量m _ {\ tilde {L}}的量级为O（100）GeV。当\ tan {\ gamma}大（\ tan {\ gamma} \ sim 60）时，带电的slepton的质量m _ {\ tilde {L}}和gauginos的质量m_G \ sim O（1）TeV，而中微子的质量\ sim 450 GeV位于LHC的控制范围内。
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