Studying the stability of the middle atmosphere (30―60 km) over Wuhan by Rayleigh lidar

The stability of the middle atmosphere ranging from 30 km to 60 km over Wuhan is elementarily studied, according to the observational data obtained in about one year through the WlPM Rayleigh lidar. The stability parameter （buoyancy frequency squared）, which was obtained through the temperature field, shows that the middle atmosphere over Wuhan is stable all the year round, but the stability appears variable because the stability of summer and winter is lower, and that of spring and autumn is higher.     

Thermal conductivity measurement of InGaAs/InGaAsP superlattice thin films

The thermal conductivities of InGaAs/ InGaAsP superlattices with different period lengths were measured from 100 to 320 K using 3ω method. In this temperature range, the thermal conductivities were found to decrease with an increase in temperature. For the period length-dependant thermal conductivity, the minimum value does exist at a certain period length, which demonstrates that at a short period length, superlattice thermal conductivity increases with a decrease in the period length. When the period is longer than a certain period length, the interface thermal resistance dominates in phonon transport. The experimental and theoretical results confirmed the previous predictions from the lattice dynamics analysis, i.e. with the increase in period length, the dominant mechanisms of phonon transport in superlattices will shift from wave mode to particle mode. This is crucial for the cutoff of the phonons and lays a sound foundation for the design of superlattice structures.     

Growth ages of ferromanganese crusts from the western and central Pacific： Comparison between nannofossil analysis and ^10Be dating

Based on results of nannofossil analysis and 10Be dating in ferromanganese crusts M1-1 and A1-1 (no nannofossils were found in it),from the western and central Pacific respectively,it is found that the crust growth ages from nannofossil biostrati-graphy agree well with those based on 10Be isotope analysis. Both crusts have three growth layers,and the oldest layer was deposited in Miocene at about 12.80 Ma. The maximum,minimum,and average growth rates of crust A1-1 (from the central Pacific) are 8.11,1.92 and 3.47 mm/Ma,and those of crust M1-1 (from the western Pacific) are 2.93,0.47,and 0.94 mm/Ma.     

荧光研究名人录

《荧光研究名人录2005））是《荧光研究名人录》系列的第三册。前两册（2003和2004）都受到了好评，在全世界范围内广泛发行。Geddes博士是《荧光学报》的主要编者之一，同时也是《荧光研究名人录》的编者和《年度荧光评论》的创始人；Lakowicz博士是《荧光学报》的创始人，荧光社团的发起人和主席，同时也是《荧光名人录》的编者。     

普适计算与网络的发展前沿

普适计算与网络目标是提供无处不在的、自适应的智能服务。处理器的计算能力是同无线、移动网络结合起来的。要想充分实现普适计算的潜能，需要克服许多技术和经济上的挑战。本书介绍了普适计算与联网工作室的工作成果。该工作室就是为了探寻本领域未来的研究发展方向而由国家科学基金发起、由Rensselaer Polytechnic研究所普适计算与网络中心组织的。     

分布式实时嵌入式系统的分析和合成

现在，嵌入式计算机系统已经十分普及。从闹钟到PDA，从移动电话到汽车，几乎所有我们使用的设备都由嵌入式计算机控制着。嵌入式计算机系统的一个重要类别是硬实时系统，它对时间的要求非常严格。由于实时系统越来越复杂，所以，通常靠分布式异构体系结构来执行。本书介绍了异构分布式硬实时嵌入式系统的分析和合成方法。     

五个生成环氧乙烷的反应的热力学预测(英文)

运用密度泛函方法B3LYP/6-311+G(2df,2p)//B3LYP/6-31G(d)对文献[1]提出的Titan大气中可能生成环氧乙烷的五个反应在不同的温度和压强条件下进行了热力学计算和分析,发现:a)所有反应的反应焓变和吉布斯自由能变都小于零,反应都是放热反应,具有较大的自发反应趋势;在低温下反应的平衡常数很大,数据显示反应在低温下正向进行的自发反应趋势更大。b)对比生成环氧乙烷的同素异构体:乙醛和乙烯醇的计算结果,可以预测到在Titan大气的低温环境中自然合成环氧乙烷是很有可能的.     

基于小波变换的人脸特征定位

文章在小波分析的基础上,提出了一种在图像的小波分解数据域中实现对称变换的方法,并把这种方法运用于人脸特征的定位,这种方法可以提高人脸特征定位的效率。     

强磁性纳米材料CoFe2O4磁稀释体系磁化强度的表征

建立了一个表征强磁性纳米材料磁稀释体系磁化强度的新方法，该方法不同于传统的Gouy法．采用永久磁矩和未偶电子为零的无磁性物质为磁稀释体系，将纳米材料的强磁性稀释后，用Gouy磁天平表征了不同粒径系列的强磁性纳米材料CoFe2O4的磁化强度，探讨了纳米材料粒径与磁稀释体系磁化强度的关系．结果表明，谊方法具有样品用量少、数据准确、重现性好的优点．     

多双曲复数中广义正则函数的Riemann-Hilbert边值问题

研究一类双曲复变函数的超定双曲型方程组的解（即多双曲复数的广义双曲正则函数），讨论它在一类柱形域上的Riemann—Hilbert边值问题，得到了其解的存在性和解的积分表达式．