In this work, we study thoroughly influences of cooling rate on the formation of two-dimensional (2D) germanene via molecular dynamics simulation using atomistic models composed of 10⁴ atomic Ge atoms with the Stillinger - Weber potential. This influence is studied through the changes in the thermodynamic and structural properties of the model. We find that the relatively good quality amorphous germanene is formed at a cooling rate of 10¹³ K s⁻¹ with the glass transition temperature of 1210 K. The structural properties of 2D amorphous germanene are discussed through radial distribution function, coordination number, ring, interatomic-distance, and angle distribution.

在这项工作中，我们通过使用由10 ^4个原子Ge原子和Stillinger-Weber势组成的原子模型，通过分子动力学模拟，彻底研究了冷却速率对二维（2D）锗烯形成的影响。通过模型的热力学和结构特性的变化来研究这种影响。我们发现，在冷却速率为10 ¹³  K s ^-1且玻璃化转变温度为1210 K时，形成了质量相对较高的非晶锗。通过径向分布函数，配位数，环，原子间距离和角度分布。