中高能核反应的新进展

简介了中高能核反应中四个基本问题方面的新进展，它们是热化与统计热平衡，气化与相变，瞬时碎裂阈焉Ｋ＾＋产生与Ｋ＾＋，π＾＋增强。     

关于MLE在渐近中位无偏意义下的渐近有效性

本文讨论正则条件下极大似然估计在渐近中位无偏意义下的渐近有效性。     

Brown运动关于球及球面的若干问题 *

给出了从空间任一点出发的Brown运动在球内停留时间的分布与球面首中时分布,也给出了从球内任一点出发的Brown运动末遇球面之前的极大游程与首达极大时的联合分布.     

浅谈工科工程数学的教学改革

为了改进我院的工程数学教学。我们讨论了工科工程数学教学中存在的问题．论述了工科工程数学教学改革的必要性和迫切性，并就工科工程数学教学改革问题提出了我们的看法。     

人中白钙含量及微量元素的测定

报道了人中白的钙及微量元素含量测定结果。     

Different J-Type Aggregates of meso-Tetrakis （4-hydroxyphenyl） porphyrin （H2THPP） Formed in Different Solvents

The aggregation of meso-tetrakis(4-hydroxyphenyl)porphyrin (H2THPP) in dimethylformamide (DMF)-water solution and in DMF-chloroform solution was studied by UV-vis absorption spectroscopy. The red shift of Soret band indicates the formation of J-type aggregates of H2THPP in these two solutions. However, different shift extent of Sorer band, 12 nm in DMF-water solution and 32 nm in DMF-chloroform solution, implies structural difference between these two J-type aggregates. The hydrogen bond between hydroxyl group and N-H bonds in porphyrin ring is thought as the main cause to the formation of J-type aggregate in DMF-chloroform solution, whereas the π-Q interaction between two adjacent porphyrin cores is thought as the main cause of the formation of J-type aggregate in DMF-water solution     

NH4PO3-SiO2复合电解质的溶胶凝胶法制备和导电性能

用溶胶凝胶法制备了复合固体电解质xNH₄PO₃-SiO₂(x=1，2，4)，并研究了该电解质在125～250 ℃范围内的导电性能。复合电解质的相结构分析表明，NH₄PO₃和SiO₂在溶胶凝胶法制备过程中没有发生化学反应;复合电解质的电导率随着NH₄PO₃含量增大而提高，并与NH₄PO     

含羧基/环氧树脂的丙烯酸酯共聚物乳液的制备与交联(Ⅳ)——混合乳液的制备及其中温交联

研究了含羧基丙烯酸酯乳液和含环氧树脂乳液的混合和交联反应。实验结果表明,混合乳液具有较高的机械稳定性,在室温下可以稳定贮存5个月以上,证实了在叔胺促进剂作用下,交联固化机理为单酯化反应,混合乳液可在中温(<100℃)下固化,涂膜具有优良的物理性能。     

In situ introduction of dispersed metallic Ag nanoparticles into the channels of mesoporous carbon CMK-3

An in situ reduction method has been developed to fabricate metallic Ag nanoparticles inside the channels of mesoporous carbon CMK-3.This approach combines function of the CMK-3 surface by oxidation using HNO_3 with the subsequent absorption of Ag~ . The resultant nanocomposite materials were characterized by nitrogen adsorption,X-ray diffraction,Auger electron spectroscopy and transmission electron microscopy.Compared with the conventional impregnation method,our approach shows that Ag nanoparticles of 2-4 nm can be uniformly incorporated into CMK-3.