1.The optimum conditions were applied on 3 batches of phytin of varying purities and the final yield was all more than 94%.
将此最佳工艺运用于三种不同纯度的菲丁，提取效果良好，最终得率达到94%以上。
2.The optimization process of microwave-assisted extraction for phytin from rice bran is gained by the uniform design.
采用均匀实验法优化出用微波辅助法从米糠中提取菲丁的工艺条件。
3.This paper introduces a new method of extracting phytin from rice bran. The obtaining rate is about90%.
介绍了一种从米糠中提取植酸的新方法。收率90%右。
4.Condition optimization study of extract phytin from bran
从麦麸中提取菲汀的工艺条件优化
5.Recycling utilization of high concentration phytin wastewater of starchy industry
淀粉行业高浓度菲酊废水的资源化处理
6.Influence of Digesting Conditions on Determination Results of Phosphorus Contents in Phytin
消解条件对植酸钙中磷含量测定结果的影响
7.Study on Optimization of Microwave-assisted Extraction Process for Phytin from Rice Bran with Uniform Design
均匀设计优选微波辅助提取米糠中菲丁的研究
8.Study on Technological Conditions of Decreasing Protein Content in Phytin
降低菲丁中蛋白质含量的工艺条件研究
9.The technological condition of raising phytin yield from corn-immersion water
提高玉米浸泡液中植酸钙得率的提取工艺
10.The Analysis of Phytin Content in Peanut Shell Using Indirect Weighing Method
间接重量法分析花生壳中菲丁含量