模拟抗原（Ac-NK16-Ahx-3）免疫反应抗体ELISA检测方法研究

为满足实验室单克隆抗体的制备研究,本实验特对实验室常用的制备单抗的模拟抗原（Ac-NK16-Ahx-3）进行ELISA间接法检测,进而建立一种高效的检测方法。通过对不同稀释度待测抗体的免疫吸附测定,检测出它的最终灵敏度为0.078mg/mL,最佳二抗稀释倍数为300倍,其最佳拟合曲线为y=-0.0732x＋0.6875,R2=0.8619。并且,通过统计学方法进行统计分析,确定出各实验组的相关性及变异系数,从而排除实验中的操作误差,最终可确定最佳的实验条件,并保证实验的准确性。     

水库岸线管理存在的问题与对策

文章结合龙河口水库岸线管理实际,就规范管理、科学利用水库岸线资源,提出相应对策。     

自行车椭圆链轮传动机构的分析设计

分析了自行车的连续圆周运动不能使脚蹬力均匀变化的特性,对传统自行车的传动机构中存在的问题进行了改进。本文基于人机工程学原理用椭圆链轮代替主动圆链轮作为自行车的不等速传动装置,对该传动机构进行了优化,克服了自行车传动过程中出现的缺点,能最大限度的发挥人体结构的用力功能,从而推广了自行车的新应用。     

文化创意产业园区协同创新平台的构建——以江西服装创意产业为例

江西省服装产业正处于由劳动密集型产业向知识密集型产业过渡的关键时期.在此发展阶段,江西省应在大力发展服装制造加工业的同时积极培育服装创意产业的发展,尽力提升知识、技术、创意等生产要素对服装产业的贡献,摆脱对劳动力、土地、自然资源等初级生产要素的过度依赖.探究了如何构建服装创意园区的协同创新平台并促进服装产业的转型升级.     

Accurate mirror-based camera pose estimation with explicit geometric meanings

An accurate closed form solution is proposed to estimate camera pose by several mirrored reference object images acquired via a planar mirror under different unknown poses. Compared with state-of-the-art methods, our method is more accurate when there are more than three images and has explicit geometric meanings. This method also properly handles cases in which some of the mirror poses are parallel. The central idea is to minimize an error metric based on all reflections of rotation, which enables the camera rotation to be estimated directly by SVD of sum of mirrored camera rotations. After that, the camera translation is computed by solving a large system of linear equations to minimize object space collinearity error. Both synthesized data and real data experiments show the advantages of our approach.     

特变高温超导电力变压器研究成功

世界上第2台挂网运行的三相高温超导变压器。也是全球首台非晶合金铁芯高温超导变压器在通过并网前的各种测试后，在新疆成功投入电网运行。     

基于AT89S52单片机的火灾自动报警系统

介绍一种应用于智能楼宇中的防火报警系统.利用AT89S52单片机为主控制器,DS18B20检测温度,数码管显示温度,实现火灾报警;步进电机作为反应器件,对被保护物品实施保护.     

网页数据智能抽取方法

根据所要抽取网页的特点，提出了一种基于网页结构和ontology领域知识的自动网页数据抽取。并且使得ontology在数据抽取的过程中自动扩充。     

20000m~3/h空分设备DCS控制系统的设计与应用

简述Industrial-ITAC800FDCS控制系统在济钢3#20000m3/h空分设备上的应用情况,介绍该系统的硬件和软件配置及其实现功能、特点。     

Analysis of a Gyroscope＇s Rotor Nonlinear Supported Magnetic Field Based on the B-Spline Wavelet-FEM

A supported framework of a gyroscope＇s rotor is designed and the B-Spline wavelet finite element model of nonlinear supported magnetic field is worked out. A new finite element space is studied in which the scaling function of the B-spline wavelet is considered as the shape function of a tetrahedton. The magnetic field is spited by an artificial absorbing body which used the condition of field radiating, so the solution is unique. The resolution is improved via the varying gradient of the B-spline function under the condition of unchanging gridding. So there are some advantages in dealing with the focus flux and a high varying gradient result from a nonlinear magnetic field. The result is more practical. Plots of flux and in the space is studied via simulating the supported system model. The results of the study are useful in the research of the supported magnetic system for the gyroscope rotor.