基于集聚优势的园区型循环经济产业链构建研究——以洛阳国家级高新技术开发区为例

以洛阳国家级高新技术开发区为假设载体,通过对洛阳高新区构建循环经济产业链的优劣势分析,阐述了洛阳高新区构建循环经济产业链的基本原则,构建了洛阳高新区总体循环经济产业链和循环经济分产业链,并从区内循环经济型企业建设、建立健全区内循环经济发展规划和管理制度、严格实行企业准入制度、加强发展循环经济产业链的监管以及科技支撑体系建设等方面对洛阳高新区循环经济产业链的构建提出了政策支持措施。     

高中专题史课时教学目标初探

教学目标是指学生通过教学活动后要达到的预期的学习结果,可分为课程教学目标、模块教学目标、专题（单元）教学目标、课时教学目标等不同层次。高中专题史教学目标的设计必须基于教学专题而进行。其中,课时教学目标的陈述与编写应准确把握行为主体、行为动词、行为条件、学习水平等四个要素,应尽可能涵盖知识与能力、过程与方法、情感态度与价值观三个维度,并通过问题情境和材料情境的创设在专题史教学中予以具体落实,有效实施。     

关于高校新校区后勤服务保障系统研究

新校区远离城市商业中心,加之校区周边社区服务落后。因此,分析新校区后勤保障任务的类别和要求,研究新校区后勤资源配置的优化途径,科学利用校内后勤生产资源、有效选择校外后勤生产资源,探索后勤服务的新措施、新方法,构画新校区后勤服务保障的最佳路径。     

高剥离态离子nl壳层的能量计算

采用改进的屏蔽氢离子模型计算高剥离态离子的ｎｌ壳层能量，并与实验值及其他理论值进行了比较。     

用定位计数器实现机床的点位控制

本文应用控制原理，利用PC定位计数器（F－20M）实现了机床的点位控制，同时给出了编程方法。     

采用高速变形降低高速钢炭化物偏析度机理的研究

本文通过大量试验和机理的研究,高速钢锻件经过反复镦拔。只能降低炭化物偏析度1～1.5级。若采用高速变形可降低3级以上,对提高刀具寿命提出了新的论点和途径。     

一种高分辨率谱估计与数据外推的快速算法

利用信号频谱幅度分布的先验信息，对短时数据序列信号提出了一种实现高分辨率谱估计和数据序列外推的快速算法。该算法利用了算子矩阵的特殊结构，采用简单、快速的矩阵求逆算法，使算法的运算量和数据存储容量大幅度下降。给出了算法在高分辨率谱估计及数据序列外推中的应用实例和仿真结果，证实了该算法的优良性能。     

Fenton 试剂法预处理高氯化工废水的研究

采用Fenton试剂预处理高氯化工废水，考察了主要影响因素，确定了最佳工艺参数．结果表明，在pH值为4，H202投加量325mmol，FeSO4投加量20．8mmol，反应时间90min的条件下处理250mL废水。COD去除率达到64％以上，B／C值由0．016提高到0．35，水质得到明显改善，有利于后续生化处理．     

Synthesis of novel superhard materials under ultrahigh pressure

Superhard materials are solids whose Vickers hardness is beyond 40 GPa. They have wide applications in industry such as cutting and polishing tools, wear-resistant coatings. Most preparations of superhard materials are conducted under extreme pressure and temperature conditions, not only for scientific investigations, but also for the practical applications. In this paper, we would introduce the recent progress on the design and preparations of novel superhard materials, mainly on nanopolycrystalline diamond, B–C–N superhard solid solutions, and cubic-Si3N4/diamond nanocomposites prepared under ultrahigh pressure and high temperature（HPHT）, using multi-anvil apparatus based on the hinged-type cubic press. Bulk materials of all these superhard phases have been successfully synthesized and are systematically tested. We emphasize that ultra-HPHT method plays an important role in the scientific research and industrial production of superhard materials. It provides the driving forces for the light elements forming novel superhard phases as well as the way for sintering high-density nanosuperhard materials.     

New secondary batteries and their key materials based on the concept of multi-electron reaction

Facing the significant applications in energy field, this paper introduces how to construct new high specific energy secondary batteries based on the concept multi-electron reaction and by designing multi-electron electrode materials. Recent progress on those new secondary batteries and their key materials based on the theory of multi-electron reaction are overviewed. Representative multi-electronic electrode materials, such as metal borides, metal fluorides, sulfur composite electrode materials and ferrates are briefly introduced, as well as the new secondary battery systems constructed with these materials. Thus gives the significance of the development based on multi- electron reaction mechanism of secondary batteries and their key materials for new chemical battery systems and related energy materials.