Analysis on Micro-structure of TiN Thin Film and Polyimide with AFM

The study in molecular morphology is given with a highresolution Atomic Force Microscope AFM.IPC-208B.By taking TiN thim film prepared by magnerton sputtering method and polymide(PI) fibre for examples,the preferenthal growing plme of TiN thin film,the atomic arranges of TiN thin film on the preferential growing plme and the surficial micro-structure can be ascertained form the three-dimensional images obtamed by AFM.IPC-208B.These experiments not only identify small structures of the materials,but also affirm that AFM.IPC-208B holds the precision of atomic level and potential application in micro-structure field,at the same time it establishs the groundwork for the application in micro-process kingdom.     

A Comparative Study of Confined Concrete Models under Cyclic Loading

In this paper,four models are selected as the representatives and applied to nonlinear dynamic analysis program for space frames which is based on the beam-column elements using the finite element flexibility method and the fiber model.Park's test on combined axial and bending columns under cyclic loading are taken as the calibrations,comparisons to material and structural member level are drawn and the analytical results of various models are discussed.     

Optimum Planting System for Energy Saving and Healthy Demanded

It is proved that planting is effective to improve environment both indoor and outdoor resulted from the functions of plants to clean air and save energy. So the contradiction between saving energy and comfort,healthy demanded by people can be solved by planting. The planting have being emphasized and expanded during recent years,but in the planting plan,just the function of beautifying the environment is concerned and the function of ecological and saving energy are neglected. The analysis on the ooptimum system of planting is to make the planting system as an organic composition in the effectiveness structure and space layout of the city. Based on the study on equivalent relation of different effects on environment, the optimum system of planting structure will be determined in order to achieve the integrated effects of planting on environment.     

Summarization of Current Research on Application of Durability of Structures

This paper summarized the recent research results about the durability of structures, introduced their current application in durability design, appraisal, estimation of rest life and strategy of maintenance and strengthening as well as in other fields.     

Nanometer Scale Surface Roughness Measurement Based on AFM

The datum line and mainly three profile height parameters of surface roughness are briefly introduced and the operation principle and system structure of AFM. IPC - 208B with high-resolution, which was successfully developed by Chongqing University, are described in detail, and the emphasis is laid on its application on the nanometer scale surface roughness. Taking stainless steel for example, its micro-structure was observed, and the surface data were analyzed and transacted by special evaluator and the values of three profile height parameters were obtained. Finally the experimental results are briefly analyzed.     

谷子新品种"赤谷10号"大面积开发与推广

赤谷10号是内蒙古自治区首例达到国家谷子品种鉴定标准的优良品种,经多年多点品比、示范,结果表明:其稳定性好、抗逆性强、适应性较为广泛,比对照品种增产10%以上.采取"试验、示范、推广相结合;领导、技术人员、群众相结合;科研、推广、良种繁育相结合;技术和配套物资相结合"的科技推广措施,使该品种迅速得到大面积推广应用.     

两系杂交稻丰两优1号在浙江温州种植表现及其高产栽培技术

报道了两系杂交稻丰两优1号的特征特性及在温州的种植表现，并提出了与该组合相适应的适时播种、合理密植、水调群体、精量施肥、科学防治病虫害为主要内容的高产配套技术。     

感应电机矢量控制解耦算法的研究

矢量控制是通过坐标变换将感应电机模型转化为类似于直流电机的模型,使定子电流在同步旋转坐标系中的两个相互垂直分量分别独立控制转矩和转子磁链,从而获得类似于直流电机的调速性能。为此,对感应电机的数学模型进行了分析,通过矢量变换得到了在d、q坐标系下的闭环系统方程,对电机进行了解耦控制。在由TMS320F2812搭建的数字化实验平台上进行了实验,实验结果证明了研究方案的可行性。     

卷管式喷灌机绞盘速度自动控制系统的研究

在实时控制理论的基础上,针对现有绞盘卷管式喷灌机喷头小车随绞盘速度的变化而变化并最终影响喷灌均匀性的问题,设计了一种由8051芯片构成的智能控制系统,给出了其软硬件系统实现的方案,并对该系统效率进行了分析.研究表明,该系统实现了对绞盘卷管式喷灌机绞盘速度的自动控制,有效地控制了喷头小车的行走速度,可大大地提高绞盘卷管式喷灌机的喷灌均匀性和自动化程度,具有很好的应用及推广价值.