dimer-dimer模型在不均匀催化表面上的动力学相变

研究了具有中间产物的dimer-dimer(DD)模型的非平衡相变行为.分别讨论了只有一种反应物脱附时在无惰性点(inert-site)表面上的动力学相变行为,在有惰性点的表面上无反应物脱附的相变行为,以及二者综合考虑时催化表面的动力学相变行为.通过这些讨论得出:脱附使得更多的格点变空,有利于反应的进一步进行;脱附率越大,上述现象越明显,反应窗口也就越宽;而晶格表面的缺陷点的存在,阻碍了反应粒子的吸附,不利于反应的进行,具体表现就是使反应窗口变窄,最终生成物浓度变小.这种惰性格点所占比例越大,上述现象越突出,直至浓度达到一定值时,非惰性格点难以形成大的渗流集团,不再出现反应窗口.     

一类向量三阶微分方程二点或三点边值问题的奇摄动

在适当的条件下,应用对角化方法研究一类向量三阶微分方程二点或三点边值问题解的存在性,并获得解及它的一、二阶导数的估计.     

随机参数非线性系统在确定性荷载下的随机响应分析

应用摄动法和随机中心差分法,研究了具有随机性参数的非线性系统在确定性荷载下的随机响应,得到了均方响应的一种近似迭代关系,分析了随机参数反对称层合板的统计特性     

平面图3-可着色的3个充分条件

平面图3-可着色是指可用3种颜色对该图的顶点进行着色,使得相邻的顶点着不同的颜色.研究了平面图在长度不大于6的圈或长度不大于7的圈之间满足一定条件下是3-可着色的.     

一类完全图生成的广义格子图的邻点可区别边染色

定义了一类2维广义格子图H2(G, n, m；k1, k2),并从图的结构出发,利用构造染色的方法,得到了图H2(K4, n, m；4,4)的邻点可区别边色数。     

分裂图的连图的局部强自同态

刻画了两个分裂图的连图的局部强自同态,并证明了每个局部强自同态都是拟强的,进一步给出了两个分裂图的连图的所有局部强自同态构成幺半群的条件.     

边染色9-临界图边数的新下界

针对Vizirtg猜想△为9的情况，运用Discharging差值转移方法研究了9-临界图的边数下界，得到了新结论：m≥10^-36n,改进了已有结果。     

m个点不交的C4的并的点可区别全染色

给出了m（m≥2）个点不交的C4的并的点可区别全色数。     

90后非主流网名的语言学和心理学探析

90后非主流网名的命名，是基于语言的表达。这些非主流网名作为一种文化载体，不仅是语言学的重要研究课题，还透露出90后潜在的心理状态，折射出社会环境对其价值定位、审美取向的巨大影响。     

New and little‐known species of Didemnidae (Ascidiacea,Tunicata) from Australia (Part 3)

The majority of the 58 species discussed, including 10 new species, were collected by scuba divers at 5–10?m in waters around Australia. Species are from Leptoclinides (11), Polysyncraton (11), Didemnum (19), Trididemnum (7), Lissoclinum (8), Clitella (1), and Diplosoma (1), and new species are in all except Trididemnum and Diplosoma. Additional characters (including a pyloric vesicle reported previously in the Holozoidae and several unrelated didemnid taxa) have been detected for the monotypic genus Clitella Kott, , which is recorded for only the second time. A review of known Australian ascidian species confirms the Didemnidae as the most speciose ascidian family in these waters. In this family, there appears not to be appreciable gene flow between tropical and temperate waters and few species have a continuous tropical–temperate range. A preponderance of Western Pacific non‐indigenous species is in the north, while indigenous species, some probably isolated from related tropical ones, are dominant in the temperate waters of the southern half of the continent. Although intraspecific variation and convergence obscures species differences, some aspects of the living organisms detected in in situ photographs contribute to identification. Keys to Australian didemnid species described since the publication of the Australian Ascidiacea part 4, Didemnidae (Kott ) are included.