关于弱半根子群

证明了：①如果局部有限群G的每一个子群H是弱半根群且对任意P∈π（H）满足H≠H^p，那么G是局部幂零群而且每一个Sylow P-子群是有限群．②令G是一个P-群且exp（G）〈∞，如果│G：G^p│=∞，但是G的所有真子群是弱半根群，那么对任意xG^p∈G／G^p，其中xG^p不属于G／G^p的中心，有G=〈x〉^G G^p．     

Banach空间Co上的弱紧算子

利用天值序列空间为工具证明了Banach空间Co上的每个弱紧算子是紧算子．     

关于极端凸非常凸和强凸空间

对Ｂａｎａｃｈ空间引进了极端凸的概念，讨论了这种新的凸性与其它凸性之间的关系，讨论了非常凸和强凸空间，得到了一些新结果。     

抽象空间传染病模型非线性积分方程的整体解

利用分析方法和非紧性测度理论，讨论了抽象空间传染病模型非线性积分方程整体解的渐近行为及整体解集的特点。     

弹性薄板弯曲问题的弱奇异边界积分方程

将弹性薄板弯曲问题归化成弱奇异的边界积分方程，它避免了传统的边界元法中的柯西主值积分和Ｈａｄａｍａｒｄ Ｆｉｎｉｔｅ－Ｐａｒｔｓ积分的计算，在边界量采用常元插值（配点法）情形，对其实现数值解的过程建立一种框架系统。     

线性有限自动机零状态的作用

通过零状态研究了线性有限自动机的一些性质,得到了线性有限自动机弱可逆的一些结果,并给出了最小线性子有限自动机的描述,最后给出了算法实现。     

两正规光波导横向耦合的一种简易分析方法

本文指出了有关方向耦合器现有理论中存在的问题，提出一种在弱导近似下的简易分析方法，即从Helmhpltz方程出发，采用通用的模式耦合理论导出了耦合器中双模耦合波方程和耦合系数的表达式，具有方法简单、普适性和物理意义鲜明的特点．     

一类弱奇性Volterra积分不等式的推广

在不要求函数单调的条件下，研究一类Volterra型弱奇性不等式解的估计，所得结果推广了马庆华等的结果，并弥补了其中的漏洞。     

Phosphoryl‐Rich Flame‐Retardant Ions (FRIONs): Towards Safer Lithium‐Ion Batteries

The functionalized catecholate, tetraethyl (2,3‐dihydroxy‐1,4‐phenylene)bis(phosphonate) (H₂‐DPC), has been used to prepare a series of lithium salts Li[B(DPC)(oxalato)], Li[B(DPC)₂], Li[B(DPC)F₂], and Li[P(DPC)₃]. The phosphoryl‐rich character of these anions was designed to impart flame‐retardant properties for their use as potential flame‐retardant ions (FRIONs), additives, or replacements for other lithium salts for safer lithium‐ion batteries. The new materials were fully characterized, and the single‐crystal structures of Li[B(DPC)(oxalato)] and Li[P(DPC)₃] have been determined. Thermogravimetric analysis of the four lithium salts show that they are thermally stable up to around 200 °C. Pyrolysis combustion flow calorimetry reveals that these salts produce high char yields upon combustion.     

On clique relaxation models in network analysis

Increasing interest in studying community structures, or clusters in complex networks arising in various applications has led to a large and diverse body of literature introducing numerous graph-theoretic models relaxing certain characteristics of the classical clique concept. This paper analyzes the elementary clique-defining properties implicitly exploited in the available clique relaxation models and proposes a taxonomic framework that not only allows to classify the existing models in a systematic fashion, but also yields new clique relaxations of potential practical interest. Some basic structural properties of several of the considered models are identified that may facilitate the choice of methods for solving the corresponding optimization problems. In addition, bounds describing the cohesiveness properties of different clique relaxation structures are established, and practical implications of choosing one model over another are discussed.