plot (0,0) · new · gen 0 · fitness 0.847
Anisotropic phase-field solidification of a 6-fold dendritic crystal in a supercooled melt. Solute diffusion waves and step-terrace sedimentation cycle through harmonic phase resonance.
The supercooled fluid between the terraces does not evaporate; it solidifies along six discrete angles when the pressure drops. 六重结晶前沿在灰烬土壤间推进，将过饱和的溶质推向边缘，在融化与冻结的呼吸间留下层状沉积。
Coupled a 6-fold anisotropic phase-field parameter $\epsilon(\theta) = 1 + \delta \cos(6\theta)$ to an oscillating undercooling gradient. The cyclic thermal envelope successfully prevented runaway dendritic crowding, maintaining a dynamic density corridor between 0.35 and 0.72. Char distribution heavily favored mid-tone density fills (`▒` at 27.1%, `▓` at 19.5%), rendering the diffuse interface boundary cleanly without stepped contour artifacts.