煤矿区煤尘污染遥感监测研究

在相关研究的基础上,提出了基于SPOT5图像提取煤尘污染的技术方法,并进行了实例研究．研究表明,该煤尘污染监测技术可行、操作性强,对于煤矿区煤尘污染监测具有重要意义．     

样品厚度误差对THz波段样品折射率的影响

本文用THz时域光谱技术对不同厚度的同种维生素进行了探测,并得到了它们在0.2-2.5 THz波段范围的折射率谱.通过对比实验结果发现：厚度不同的同种样品在相同的频率下具有不同的折射率;样品越厚,折射率的误差就越小.这一实验结果与理论推导相一致.本文的研究结果可以作为利用THz时域光谱技术依据折射率鉴别物质的参考因素.     

常规及偶应力轴对称有限元分片检验函数

我们提出的增强型分片检验可以用于检验一类非齐次阶微分方程的有限元的收敛性.由此,建立了常规轴对称问题和轴对称偶应力/应变梯度C1理论有限元增强型分片检验的检验函数,并得到重要结论：这类轴对称有限元的分片检验函数不含常剪应力项.     

介绍几种新型电力设备线夹

传统铜铝过渡设备线夹,并沟线夹已经在电力工程中使用多年,它们在历史上发挥了积极的作用。但是随着电力事业的发展与科学技术的不断进步,也暴露出传统设备线夹的诸多缺点。本文通过介绍几种常用的新型电力设备线夹,可以为广大电力技术人员在工程实践中拓宽新的设备线夹选择范围提供一点帮助。     

创新实验内容,提高学生的实践动手能力

为了适应现代工科人才培养要求,必须加强实践教学内容的创新,加强技术型、综合型、设计型实验项目的开发。为培养学生的创新思维和实践能力即综合素质的提高奠定坚实的基础。     

Current status and technology development tendency of research reactors in China

The current status and development history of domestic and abroad research reactors （RRs） are mentioned. The representative RRs and their respective technology characteristics are introduced. The utilizations of China＇ s RRs, mainly included as nuclear engineering technology, basic research applications of nuclear technology, teaching and personnel training, are explained.     

修正的Kantorovich型Shepard算子在Ba空间的逼近

研究了修正的Kantorovich型Shepard算子在Ba空间的逼近,得到了逼近阶的Jackson型估计.     

右中立Beta过程的一些结果

给出了非参数Bayesian 中的Beta 过程的2个性质,并证明了在考虑非参数Bayesian 时,用Beta 过程和Beta-Stacy 过程作先验是等价的.     

软土地基上路堤拓宽工程的稳定性分析及处理对策

结合某湖滨路的拓宽改造工程,采用数值分析软件分析了软土地基上进行新路堤填筑对沉降的影响,并采用强度折减法研究其整体稳定性.数值分析结果反映出加宽后路堤的整体稳定的安全储备不足,新老路堤的差异沉降明显,需要采取加固处理措施.对两种不同的加固措施进行了研究,计算结果表明,采用水泥搅拌桩等进行软基处理能有效地提高路堤的整体稳定性.本文的实例研究对于类似工程可以起到参考和借鉴的作用.     

Microelectronics-embedded channel bridging and signal regeneration of injured spinal cords

Due to the difficulty in spinal cord regeneration with biological methods, the microelectronic neural bridge, a new concept based on microelectronic technology, is presented. The microelectronic system has been realized in the forms of hybrid and integrated circuits. The integrated circuits for neural signal detection, stimulation, and regeneration are realized in a CMOS process. In animal experiments with 100 toads, 48 rats, and 3 rabbits, nerve signals have been successfully detected from spinal cords and sciatic nerves, and functional electrical stimulation has been carried out for spinal cords and sciatic nerves. When the microelectronic system is bridged between the controlling and stimulated nerve, the relevant motion of legs and nerve signal waveforms, which are stimulated by the evoked or spontaneous nerve signal through such a system, have been observed. Therefore, the feasibility of the presented method was demonstrated.