左右对称模型中的一般特征是左右手的费米子项通过一个新的中性规范玻色子Z'来联结.研究了在左右镜像模型和左右对称模型中新的规范玻色子Z'通过e-γ凝聚的产生过程,并讨论了在TeV能级的直线对撞机上探测该新粒子的可能性.结果表明,该过程的产生截面范围为16.23fb～206.2fb,并且左右镜像模型中的产生截面大于左右对称模型中的产生截面.在未来的高能直线对撞机上该新粒子的信号可以通过其轻子衰变道Z'→l+l-来探测.%The general consequence of left-right symmetric models is that the left and right fermionic sectors can be connected by a new neutral gauge bosch Z'. In this paper, we study the single production of the new gauge boson Z' from the mirror left-right model and the symmetric left-right model via e-γ collision and discuss the possibility of detecting these new particles in the TeV energy e+e- collider(LC). The results show that the production cross section of the new heavy gauge bosch Z' is in the range of 16.23fb～206.2fb, and cross sections in the mirror left-right model are bigger than those in the symmetric left-right model. The possible signatures of the heavy gauge bosons may be detected via the decay channel Z'→ l+l- in future high energy LC experiments.
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