strain n anisotropy 应变蛤异性
Precision of the Kriging interpolation of alkalytic N was improved by 42.8% considering anisotropy of spatial variability.
与各向同性相比，碱解氮在各向异性条件下克里金插值精度提高了42.8%。
The trabecular number(Tb. N)and degree of anisotropy(DA)of the scaffolds were more than those of the bone samples(P< 0.05).
支架的小梁数目和各项异性程度高于松质骨样本（P<0.05）；
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