因此，在FFTW中，大部分的工作就是要最小化单个核的执行步骤数量，这样单个核处理时就不需要在内存中进行太多结果的迁移。
Much of the work that went into FFTW involved maximizing the number of steps a single core could perform without having to transfer the results.
这种方法可以验证核形态（与细胞分裂、增殖、存活和迁移相关的基本功能）约87%的精度改变。
The method recognized with 87% accuracy changes in the nuclear shape that were related to basic functions such as cell division, proliferation, survival and migration.
液相流动促进气泡的碰撞、合并及迁移是气孔沿熔核周边分布的主要原因。
The liquid phase flow promotes the collision, coalescence and movement of bubbles, resulting in that porosities distribute along the periphery of nugget.
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