sphericity

An algorithm based on the immune evolutionary computation ( IEC ) is proposed to evaluate sphericity error.

提出一种新颖的免疫进化计算方法 ( IEC ) 用于球度误差评定.

Error of minimum zone applies to the criterion of Sphericity Error of minimum condition principle.

最小区域法是符合最小条件的一种直线度误差评定方法,但较难实现.

Results Protein-loaded microspheres showed good sphericity and narrow diameter distribution, the encapsulation efficiency reached 95 %.

结果微球球形度优良,粒径分布窄, 蛋白质包封率达到95%.

Concentricity, sphericity of micro shells prepared by the technique was typically more than 98 %, 99 % respectively.

主要介绍了密度匹配微封装技术, 利用此项技术制备的聚苯乙烯空心微球球形度好于99%,同心度好于98%.

Sphericity Error of minimum zone applies to the criterion of Sphericity Error of minimum condition principle.

“最小区域球”意义上的球度误差,是符合“最小条件原则”的球度误差评定标准.