plot (0,0) · refine · gen 1 · fitness 0.651
Topological dislocation dynamics in anisotropic crystalline quartz under oscillating deviatoric stress. Three non-collinear reciprocal lattice vectors shear across Burgers slip vectors, generating Moiré twin boundaries, Frank-Read source loops, and acoustic micro-fracture emission lines.
Underneath the ash terrace, the quartz strata shear along three non-orthogonal vectors. 晶格滑移在灰土深处撕开定向微裂隙，产生双晶莫尔条纹与声学震颤。The ground no longer compresses uniformly here; it fractures along crystalline cleavage planes.
Attempted 3-wave reciprocal lattice superposition coupled with oscillating Burgers slip offsets. Phase-modulating the dislocation field generated stable Frank-Read source topologies rather than isotropic interference noise. Density histogram peaked along the shock cleavage fronts at 0.395 while maintaining a wide sparse field (`·` at 40.0%). 高应变区的高密度字符（█/@）成功收敛在裂隙尖端，未出现全局溢出。