A new cell discarded condition of the cell exclusion algorithms is proved for finding all solutions of optimization problems.
对求优化问题全部解的胞腔排除法 ,给出了一类新的胞腔排除条件 ,并证明了算法的复杂度为 O(log 1ε) (其中ε<0为精度要求 ) ,扩充了胞腔排除法的应用范围。
A technique for forcing fillers into lumens of reed fibers through pits was studied.
利用高速搅拌的方法通过纹孔将填料加入芦苇纤维细胞腔，研究了影响加填的一些主要因素及加填后纸页的物理性质和光学性质。
Solutions of two different salts were injected into the lumens of reed fibers,where they reacted and formed precipitates within the inner wall.
研究了两种可溶性盐在芦苇纤维的细胞腔内相遇生成难溶盐并沉积在细胞腔内的一种新的加填技术。
A technique for forcing fillers into the lumens of reed fibers through pits was studied, Precipitated BaSO 4 and natural ground CaCO 3 as suspension of ultrafine particles were passed through the pits of reed fibers by means of high speed stirring and mixing.
利用高速搅拌的方法研究了通过纹孔将填料加入芦苇纤维细胞腔的技术。
Equations of excess thermodynamic function and activity coefficient based on cell model and athermal solution theory;
基于胞腔模型和无热溶液理论推导超额热力学函数和液相活度系数方程