1) Kuhn-Tucker point
Kuhn-Tucker点
2) Kuhn-Tucker saddle point
Kuhn-Tucker鞍点
1.
In locally convex Hausdorff topological vector spaces,Kuhn-Tucker saddle point for the set-valued optimization are introduced.
首先在局部凸Hausdorff拓扑向量空间中定义了集值优化问题的Kuhn-Tucker鞍点,在近似锥-次类凸集值映射下,讨论了集值优化问题的强有效解与Kuhn-Tucker鞍点之间的关系。
3) quasi-Kuhn-Tucker point
拟Kuhn-Tucker点
4) Vector Kuhn Tucker saddle point
向量Kuhn-Tucker鞍点
5) generalized vector Kuhn-Tucker saddle point
广义向量Kuhn-Tucker鞍点
1.
In ordered linear spaces,generalized vector Fritz-John saddle point and generalized vector Kuhn-Tucker saddle point of set-valued optimization problems with generalized inequality constraints were defined,and the relations between them were established.
在序线性空间中定义了带广义不等式约束集值优化问题的广义向量Fritz-John鞍点和广义向量Kuhn-Tucker鞍点,建立了二者之间关系。
6) Kuhn-Tucker condition
Kuhn-Tucker条件
1.
In the framework of locally convex topological vector space,the scalarization theorem,Kuhn-Tucker conditions as well as the duality theorem and the saddle points theorem on Henig proper efficient solutions with respect to the base for vector optimization involving arcwise connected convex maps are established separately.
在局部凸拓扑向量空间中,建立了弧连通凸映射向量优化问题关于基的Henig真有效解的标量化定理、Kuhn-Tucker条件、对偶性定理以及鞍点定理。
2.
In our algorithm,replacing the lower level problem by its Kuhn-Tucker condition,the bilevel linear programming is transformed into a traditional single-level programming problem,which can be transformed into a series of linear programming problem.
在该方法中,用下层的Kuhn-Tucker条件代替下层问题,将原二层线性规划转化为传统的单层规划问题。
3.
Via connecting linear plus power module ideal point algorithm under Kuhn-Tucker condition,the bilevel multiobjective programming problem is changed to a singula.
给出双层多目标决策问题数学模型的一种解决方法,把线性加权模理想点法和Kuhn-Tucker条件结合起来,从而把双层多目标规划问题转化为单层单目标约束规划问题,进而求得原问题的满意有效解。
补充资料：Kuhn-Roth reaction
分子式：
CAS号：
性质：主要用来测定碳链上所带有的甲基数目。碳链上甲基可用硫酸和铬酸氧化裂解而形成醋酸。取一定量待测物质进行反应后，将过量铬酸还原掉，并蒸出醋酸，进行滴定，即可测出试样中所含的碳上甲基的数目。用本法也可测定乙氧基和乙酰基，因为它们均可被氧化成醋酸，但不能用来测定高级脂肪酸中的甲基数目以及连接在芳环上的甲基数目。在核磁共振技术发展日益完善的今天，本方法的重要性已日益降低。
CAS号：
性质：主要用来测定碳链上所带有的甲基数目。碳链上甲基可用硫酸和铬酸氧化裂解而形成醋酸。取一定量待测物质进行反应后，将过量铬酸还原掉，并蒸出醋酸，进行滴定，即可测出试样中所含的碳上甲基的数目。用本法也可测定乙氧基和乙酰基，因为它们均可被氧化成醋酸，但不能用来测定高级脂肪酸中的甲基数目以及连接在芳环上的甲基数目。在核磁共振技术发展日益完善的今天，本方法的重要性已日益降低。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条