同步是自然界中普遍存在的一种现象，是许多复杂系统实现功能的动力学基础.本文首先对无耗散耦合双摆系统进行建模，然后利用Matlab软件对影响测度同步的因素进行分析，包括横梁和摆锤之间的质量比、两个摆的长度差和质量差等. 研究发现，随着横梁和摆锤的质量比的减小，两个摆之间的耦合强度逐渐增大；当质量比达到某一阈值时，两个摆达到测度同步并且相位相反. 同时发现，随着两个摆的摆长差和质量差的增加，两个摆之间的同步能力将会变弱，系统将出现退同步现象.

 Synchronization is one of the most popular phenomena in nature, which is critical to our understanding on the behaviors of many complex systems. In this paper, we investigate numerically the influence factors, including the mass ratio between the beam and the pendulum, the mass difference as well as the length difference of the two coupled pendulums, to the occurrence of measure synchronization between two pendulums suspended from a common beam utilizing the MATLAB software. When the two coupled pendulums are identical, as the mass ratio R between the beam and the pendulum decreases, the interacting strength between the two pendulums will be increased. As R is decreased to be smaller than a threshold value, the two pendulums can achieve measure synchronization and their phase difference is kept fixed as π. When the mass difference or the length difference of the two pendulums is increased, the interacting strength of the two pendulums will be decreased and the pendulums will be desynchronized.