Fig. 1. (a) Systemic total energy per atom E and (b) pair distribution function g(r) as a function of relaxation time t. (a)体系平均每个原子能量E与(b)双体分布函数g(r)随弛豫时间t的变化

Fig. 2. (a) Variation of number N_total of various crystalline atoms with relaxation time t; (b) their spatial distributions at several special times, where red, green and blue balls represent fcc, hcp and bcc atoms, respectively. (a)典型晶体原子数目N_total随弛豫时间t的变化; (b)特征时间节点三类晶体原子的空间分布(红色、绿色和蓝色球分别表示fcc, hcp和bcc原子)

Fig. 3. Schematic diagram of VS-, ES-, FS- and IS-linkages between two basic fcc clusters, where red, gray and orange balls represent core atoms, shell atoms and shared atoms, respectively.fcc基本原子团的四种连接方式示意图 (红色、灰色和橙色球分别表示中心原子、表面原子和共享原子)

Fig. 4. Schematic diagram of three kinds of fcc extended clusters and their core atoms. Red, green and gray balls represent fcc, hcp, and other shell atoms, respectively. The solid line and dot line between core atoms represent IS-linkages and FS-linkages between fcc basic clusters, respectively. (a) Single-crystal cluster; (b) poly-crystal cluster; (c) hydrid-crystal cluster.三种fcc扩展晶体团簇及其芯部原子示意图(红色、绿色和灰色球分别表示fcc原子、hcp原子和其他表面原子, 芯原子间实线表示IS联结, 虚线表示FS联结)　(a)单晶团簇; (b)多晶团簇; (c)混晶团簇

Fig. 5. Number of core atoms n(t) and heritable fraction f(t) of traced fcc extended clusters as a function of relaxation time t. 被追踪fcc团簇芯原子数目n(t)及其可遗传分数f(t)随弛豫时间t的变化

Fig. 6. Schematic diagram of heredity and evolution of core atoms in the traced single-crystal cluster. Dark and light red balls represent heritable atoms and other atoms without heredity in transient and continuous heredities, respectively.fcc单晶团簇芯原子的遗传与演化示意图. 左边为瞬态遗传, 右边为连续遗传, 深红色与浅红色球分别表示在两种遗传模式中可遗传和不具有遗传性的原子

Fig. 7. Schematic diagram of critical crystalline nuclei and their core atoms. Red, green, blue and gray balls denote fcc, hcp, bcc and other shell atoms, respectively. (a) Single-crystal; (b) poly-crystal; (c) hydrid-crystal.三种类型fcc临界晶核示意图　(a)单晶核; (b)多晶核; (c)混晶核(红色、绿色、蓝色和灰色球分别表示fcc, hcp, bcc和其他表面原子)