粤东北某花岗岩体褐帘石的谱学研究

本文采用晶体场谱、穆斯堡尔谱、红外光谱和X射线衍射等多种手段研究褐帘石的谱学特征。从而探讨其结构特性,形成条件,岩体演化与稀土元素演化的关系。认为本区的褐帘石是部分变生的。变生的机理是因为其晶格中含放射性元素U,Th高,且这与褐帘石的选矿性能有重要关系。     

掺杂均匀ATGSAs单畴晶体的生长

通过观察晶体的畴结构和测量晶体的铁电,热电,介电性能,确定了ATGSAs 晶体的畴结构,性能和生长条件之间的关系,并利用定向生长技术,成功地培育出了大面积掺杂均匀的 ATGSAs 单畴晶体,已用来制出高质量的热释电摄象管和探测器。     

Au（PPh3）4ClO4的分子与晶体结构

近年来,不少AU(I)与单齿膦配体的络合物分子与晶体结构已被测定。本文中报道了一个四配位络合物Au(PPh~3)_4ClO_4的分子与晶体结构,该结构具有对称性高,构型多的特征。 合成方法 将Au(PPh_3)Cl 溶于乙醚形成饱和溶液,滴加KBH_4乙醇溶液至生成     

The Mechanism of Negative-ion Generation of Natural Fiber Fabrics

Generally there are three kinds of substances used as negative-ion generator in textiles, natural silicate minerals （ceramic/tourmaline）, natural rare-earth minerals and natural sediment with ultra-fine pores. Based on different additive, the mechanism of negative-ion generation is largely divided into three kinds, the piezoelectricity and pyroelectricity of tourmaline crystal, air ionization caused by low-level radiation and breaking up of the clusters of moisture in air when going through the ultra-free pores of natural sediment. In this paper, the negative-ion generating properties of natural fiber fabrics-cctton, wool, silk and linen were first proposed. By some kind of physical stimulation, rubbing or vibrating, natural fiber fabrics without any additive could also emit negative ions. Considering that the piezoelectric effect was observed in wool fibers, silk fibers and cellulose fibers, the piezoelectricity was studied as a mechanism of negative-ion generation of natural fiber fabrics. Another possible mechanism was the tribeelectricity produced by the sense of ntbbtng or vibrating and tip discharge of hairiness. The Final experiment results verified that the latter would be the main reason, and the electrolytic dissociation of moisture was also contributing to negative-ion generation.     

在非线性分子链晶体中的自局域性集体激发特征

研究了具有立方非谐振动的非线性分子链晶体的自局域性集体激发和孤立子运动的特性,指出了这类孤立子激发的能量和振幅随孤立子速度与非谐振动强度的变化特点.     

盐藻β—胡萝卜素天然晶体对小鼠免疫功能的影响

报道了盐藻β－胡萝卜素天然晶体对小鼠免疫的影响。结果显示：β－胡萝卜素能增加小鼠的胸腺指数和牌脏指数，增强牌细胞对ＣｏｎＡ的反应性，提高ＩＬ－２原水平和血清溶菌酶的含量。     

正弦色散对一维声学激子能量的影响

采用顾世洧处理体内激子方法，把Ｗｉｌｓｏｎ提出的一维极化子哈密顿量推广到一维激子，并考虑了声子的色散效应，运用微扰法计算正弦色散时一维声学激子基态能，与无色散时一维声学激子，极化子做了比较。     

混晶体CsMg_(1-x)Fe_xCl_3中Fe~(2+)离子光谱分析

本文用d~6电子系D_(3d)旋轨直积群的不可约表示对应的能量矩阵计算了混晶体CsMg_(1-x)Fe_xCl_3中Fe~(2+)的电子光谱。其理论计算与观测一致,同时,确定了混晶体中Fe~(2+)离子属D_(3d)配位态。