On the basis of this theoretic model, the critical production rate, the shape of water coning and the optimum perforation intervals could .
在理论模型的基础上，建立了预测临界产量、水锥形态以及优化射孔长度的数学模型。
On the basis of this theoretic model, the critical production rate, the shape of water coning and the optimum perforation intervals could be calculated by the corresponding mathematical model.
在理论模型的基础上，建立了预测临界产量、水锥形态以及优化射孔长度的数学模型。
Also, with the rate of production and content of insoluble dietary fiber as main index, the optimum processes of alkaline hydrolysis and acidolysis were investigated.
分别以产率和不溶性膳食纤维含量为主要指标，寻找碱解与酸解最佳工艺。
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