利用霍尔元件进行电场测量及报警显示

利用霍尔元件和微处理机，对高压电场进行检测，利用该装置在一定距离下分别对220kV、100kV、30kV、10kV四种电场进行检测及报警处理，同时液晶显示日历及相应挡位，并且详细介绍了本装置的硬件原理及其软件流程，经过测试，说明本装置具有体积小、使用方便、耗电省等优点。     

多模SCS光场中广义电场的不等幂次高次和压缩

根据量子力学中态的线性叠加原理,构造了由多模复共轭虚相干态、多模复共轭虚相干态的相反态和多模复共轭相干态的线性叠加所组成的三态叠加多模振幅-相位混合Schrdinger-Cat(即SCS)光场│Ψ3〉q。利用新近建立的多模压缩态理论,对SCS光场│Ψ3〉q中广义电场分量的不等幂次高次和压缩特性进行了详细研究。结果发现:在各模的压缩次数之和取偶数的条件下,当各模的压缩次数与对应模的初始相位之积的和、态间的初始相位差、以及各多模相干态光场的平均光子数等分别满足一定的取值条件时,此三态叠加多模SCS光场│Ψ3〉q的广义电场分量总可呈现出周期性变化的任意Nj次的广义非线性不等幂次高次和压缩效应。     

混凝土坝空间位移场监测模型的探讨及应用

该文从场论出发，应用幂级数的处理方法，并结合坝工理论和工程力学知识，全面论述了建立混凝土坝空间位移场的动态监测模型的基本原理和计算公式，并将其应用于建立丹江口左岸转弯坝段34^#、36^#坝段正垂线的分布模型，通过对模型成果较为深入地比较和研究，得出此模型是一种很好的变形监测模型的结论，在全面监测大坝工作情况时，其发挥的作用是单个测点变形模型不可比拟的，尤其是和单个测点的监测模型联合，从点、线、面全面监视大坝工作情况，更能充分发挥各自优越性。     

Vaidya-Bonner-de Sitter黑洞背景下中微子场和标量场的量子熵

在Tortoise坐标系中，利用Brick—Wall模型研究中微子场和标量场对Vaidya—Bonner—de Sitter黑洞熵的量子修正．当黑洞事件视界不随超前时间变化时，结果与Reissner—Nordstroem—de Sitter黑洞的量子熵完全相同。     

翻译过程的研究

对现有的几种主要的翻译过程模式进行了评价或对翻译过程的描述，认为这些研究大体可分为把翻译作为能力来考察的翻译过程研究和把翻译作为活动来考察的翻译过程研究。前主要研究双语的转换规律，而后的研究是把翻译过程研究置于一个更广阔的学、社会和化的视阔中进行考察，因而翻译过程是一个由“翻译场”影响的、不断适应和选择直到译本最终生成、被阅读的过程。     

高频脉冲原油电脱水供电装置的研制及应用

通过对原油乳化液导电性能的分析,提出了采用高频脉冲电脱水供电装置,解决了油田3次采出液脱水难的问题.详细介绍了高频脉冲原油电脱水供电装置的结构、工作原理以及现场应用中所取得的效果.与常规电脱水装置相比高频脉冲电脱水装置在电场平稳性及处理效果方面有明显的优越性,在生产中取得了良好的效果,解决了复合驱采出液的脱水难题.     

平面锥形光波导模斑转换器的研究

基于三维有限差分束传输法（FD－BPM）对平面光波导器件中的关键元件之一－平面锥形模斑转换器作了深入的研究，对线性和数种非线性侧面边界的模斑转换器进行了数值仿真和对比，分析了平面锥形模斑转换器侧面边界函数对耦合损耗的影响，以及模斑转换器中模场分布随传输距离的变化，确定了不同长度的平面锥形模斑转换器的最佳侧面边界，指出长度在200－1000μm范围内具有余弦边界的平面锥形模斑转换器性能最佳，并且发现，光纤中的出射光进入模斑转换器以后，光波模式会逐渐发生变化，并最终转化为单模。     

Mechanical Studies on Treatment of Malignant Tumour by Ultralow Frequency Pulsed-Gradient Magnetic Fields

Ultralow frequency (ULF) pulsed-gradient magnetic field (with the maximum intensity of 0.6-2.0 T, gradient of 10-100 T·m-1, pulse width of 20-200 ms and frequency of 0. 16-1. 34 Hz) treatment of mice can inhibit murine malignant tumour growth and can induce apoptosis of cancer cell. The apoptotic cancer cell contracted, became rounder and divorced from adjacent cells; the heterochromatin condensed and coagulated together along the inner side of the nuclear membrane; the endoplasmic reticulums expanded and fused with the cellular membrane; many apoptotic bodies which were packed by the cellular membrane appeared and were devoured by some lymphocytes and plasma. By Lorentz force the magnetic field keeps the moving ions within bounds of Larmor radius. Thus, penetrating capability of the positive and negative ions through the cell membrane was affected, even the role on the cell membrane formed.     

民族生态审美场论

与相应的审美氛围、审美风范双向对生并走向整生的民族审美活动循环圈 ,构成民族生态审美场。民族生态审美场是民族生态审美学的整体对象 ,它的逻辑结构统观化整生化展开 ,构成当代民族生态审美学的理论体系     

Present-Day crustal deformation field in China continent inverted from GPS observations, earthquake moment tensor and quaternary fault slip rates

Based on the bi-cubic Bessel spline function method, we have inverted the present-day crustal horizontal velocity field and deformation field in China continent by combining with 410 GPS observations, 327 seismic moment tensors of earthquakes and fault slip rates in China and its neighboring areas, and considered the geological and geophysical parameters at the same time. The results reveal that the crustal movement mostly takes on compression in SN-NE direction and extension in EW-NW direction in China continent. The continent is rotating southeast and takes on a clockwise rotation image from the west to the east, particularly in the southeast of Tibet and Chuan-dian area. Different blocks have different deformation in China continent. The south China, Ordos and Northeast block have good integrity.The deformation in the western part of China is obviously stronger than that in the eastern part. The strong strains are focused on the Himalaya, east Tibet,west Tian Shan and Chuandian block etc. The deformation at the joint of blocks is stronger than that within the blocks. The China continent deformation not only has the strike-slip faulting and extrusion feature but also has the crustal shortening and thickening feature.