半导体薄膜光催化降解苯酚废水

研究用热分解法镀半导体薄膜,以紫外灯为光源,进行半导体薄膜光催化降解苯酚废水。实验结果表明:用CuO作为催化剂,并且在苯酚溶液中加入双氧水可以使苯酚转化率达到66.6%。半导体薄膜可重复使用,且利用太阳光降解苯酚废水具有很好的应用前景。就实验结果进行了理论分析和探讨。     

谈新疆影视旅游的开发

文章针对影视作品对新疆旅游的影响进行简要分析,进而论证了新疆发展影视旅游的基础和条件,并针对新疆的现状提出了发展影视旅游的一些措施和应注意的问题。     

双层磁性膜自旋波能量耗散的研究

建立了外场作用下双层膜的自旋波共振模型,求出双层磁性膜的有效阻尼参数,得到能量耗散特征量——自旋波谱线宽度2△H随波矢k1、双层膜厚度、阻尼参量和回转磁化率等的变化关系．对YsmFe5O12／(LaEr)3(FeGa)5O12 双层膜进行计算,其理论计算与实验结果一致．结果表明:在阻尼系数有较大差异的两层膜中,自旋波线宽度2△H 随激发层中自旋波矢增大而明显增大．     

Vaidya-Bonner黑洞的瞬时辐出度

利用Vaidya--Bonner黑洞视界面附近的熵密度，导出黑洞的瞬时辐出度，得到了任一时刻黑洞的瞬时辐出度总是正比于黑洞视界温度的四次方的结论。导出的广义Stefan—Boltzmann系数不再是一个恒量，而是一个与黑洞视界的变化率、黑洞视界面附近的时空度规及黑洞的吸收与辐射系数有关的一个动比例系数。揭示了黑洞周围的引力场与其热辐射之间存在着必然的内在联系。     

交流脉冲制备TiO2薄膜的性能研究

利用150kHz交流脉冲放电进行等离子体化学气相沉积（PCVD），使用Ti（OC3H7）4为源物质，在普通钠钙载玻片上制备了TiO2膜．主要考查了交流脉冲电压、反应室工作气压、气体流量、薄膜沉积温度等工艺参数对薄膜光学特性的影响,通过薄膜透过率和吸光度分析，探讨了各工艺参数对成膜品质的影响．结果表明：在载玻片上．根据不同沉积条件可制成性能不同的TiO2薄膜，均有光催化特性且附着力好．     

Experimental study of oil-water interface layers dilatation rheological properties

Oil-water interface layers dilatation rheological properties have been measured with the liquid-liquid interface film pressure measurement apparatus, which was based on the principles of Langmuir film balance. Experimental results show that it is possible to form the interface-associ- ated material caused by the attraction of the dispersion forces at the pure alkane-water interface. The type of material is sensitive to the interfacial pressure. Under the influence of the interfacial pressure, the stability of the interface associated materials decreases with the increase of the number of alkane carbons.     

MIM结构薄膜应变栅的实验研究

运用薄膜沉积技术,制作了ＭＩＭ（金属－介质－金属）结构薄膜应变栅介绍了薄膜应变栅的制作工艺,并对其性能参数进行了测试     

The mass recognizing property of DLC film for formic acid vapors

The carbon films are prepared by r. f. plasma method with n-butylamine as carbon source. The analysis of Raman spectrosewpy shows that this kind of carbon film has diamond-like structure, and IR spectroscopy measurement indicats that there are SP² bonding, SP³ bonding and amino-group in the film. It is the existence of amino-group and hydrogen atom that cause the amorphous structure and the deformation of bonding to increase, thus leading the Raman spectrum to form a broad absorption band. The quartz crystal microbalance (QCM) deposited with this kind of carbon film as recognizing coating is very sensitive to formic acid vapors. This QCM sensor has good reproducibility, high stability, rapid response and long lifetime.     

Point defects in active layers of TFEL devices based on ZnS

Point defects in the active layer of a layered optimization thin film electroluminescent device of ZnS; Er³⁺ were studied. The results indicate that besides Er³⁺ substituting for Zn²⁺ as luminescent centers, the dominant point defects are sulfur vacancies, zinc vacancies, shallow donors and deep acceptors. Their influence on electroluminescence is discussed.     

Photoelectrical performance of nanocrystalline TiO2 film electrode sensitized by Ru(II)-bipyridine complexes

Two kinds of Ru(II)-bipyridine complexes,cis-di(thiocyanate)bis(2,2′-bipyridyl-4,4′-dicarboxylate) ruthenium(II) andcis-di(thiocyanate)bis(2, 2′-bipyridyl-3, 3′-dicarboxylate) ruthenium(II), were utilized as the sensitizers to the nanocrystalline TiO₂ film electrodes. Study shows that the two dyes have quite different sensitization properties due to the strong steric effect of carboxyl groups. In addition, the pretreatment to nanocrystalline TiO₂ film electrodes with TiCl₄ was investigated, which is an effective way to improve the photoelectric conversion performances of sensitized TiO₂ electrodes.