最近在B工厂Belle和Babar实验、tau-粲工厂BESIII实验发现了大量的类粲偶素粒子，引起了国际高能物理界的广泛关注。2013至2014年，BESIII合作组相继发现了带电的Zc(3900)和Zc(3885)，以及带电Zc(4020)和Zc(4025)类粲偶素粒子。人们普遍认为它们是至少含有四个组分夸克的奇特态粒子，也有人认为它们可能是四夸克态、分子态、或者是由强子圈导致的峰状结构。我们将利用BESIII在4.0GeV以上能区采集的XYZ数据，系统地检验这些理论模型。我们通过同时拟合多个能量点的数据样本，将首次测量Zc(4020)/Zc(4025)的自旋和宇称量子数、以及它们的相移分布和Argand图，并测量它们衰变到粲介子对、piJ/psi, pihc的分支比。这些测量结果将为检验理论模型提供实验判据，并拓展人们对奇特态结构和性质的认识。

Recently, a large number of chamonium-like states are discovered by Belle and Babar experiments at B factory, and BESIII experiment at the tau-charm factory, and they raised much concern form the international community of high energy physics. In 2013 and 2014, the BESIII Collaboration discovered the charged Zc(3900)/ Zc(3885) states, and the charged Zc(4020) /Zc(4025) states, and they are widely regarded as multi-quark states with the four minimum constituent quarks. There are many theoretical investigations in literature on their structure and properties by assuming that they are the tetraquark state, molecular state, or the peaks due to the hadron loop. We will systematically test these models by using a simultaneous fit to the data sets taken at different energy points above 4.0 GeV, and we will measure the spin and parity quantum numbers for the Zc(4020)/Zc(4025) states, and measure the phase shift and Argand plot within their mass regions, and measure the branching fractions for their decays into charm meson pairs, pi J/psi and pi hc final states. These measurements will provide a criteria to examine these theoretical models, and will shed light on their structure and properties.