We study the anomalous WWγ couplings at the Compact Linear Collider through the processes e + e ? → W + W ? , e ? e + → e ? γ ? e + → e + ν e W ? and e ? e + → e ? γ ? γ ? e + → e ? W + W ? e + ( γ ? is the Weizsacker–Williams photon). We give the 95% confidence level limits for unpolarized and polarized electron (positron) beam on the anomalous couplings for various values of the integrated luminosities and center-of-mass energies. We show that the obtained limits on the anomalous couplings through these processes can highly improve the current experimental limits. In addition, our limits with beam polarization are approximately two times better than the unpolarized case.
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机译:我们通过工艺E + E研究紧凑的线性撞机处的异常WWγ联轴器? →W + W? e? e +→e? Γ? E +→e +νe w? e? e +→e? Γ? Γ? e +→e? w + w? E +(γ?是WeizSacker-Williams Photon)。我们在异常耦合上为不偏振和极化的电子(正电子)梁提供95%的置信水平限制,用于各种集成光度和质量能量的各种值。我们表明,通过这些过程对异常耦合的限制可以高度改善当前的实验限制。此外,我们的光束偏振的极限比未经偏振的情况好大约两倍。
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