一类反周期函数插值算子的推广

建立了反周期函数的（0,δP）插值算子,得到了插值问题解的相关结论,是对（0,P（D））插值算子的一种推广.     

说“休”道“闲”

论述"休"、"闲"二字的原初构形意图,梳理二者意义发展的线索及其与相关字词的意义联系。指出休的字形构意与表示哺乳的乳字有相似之处,人对自然物的依赖犹如小孩对母亲的依赖,是文章的一个亮点。     

Studies of layout of world machine tools industry based on patent analysis

As the foundation of an industrialized country nowadays, machine tools industry is regarded as the engine of industrial development of a country. The developed countries, such as USA, Germany and Japan, have widely deployed the technology of using the patent in order to keep their strength in various fields. This research examins the CNC machine tools industry in the world by using the pa- tent analysis method. It first gives an overview about the world patent application in CNC machine tools industry from 1963 to 2010 and divides the development of the industry into five stages. It also lists the patent application of the world top 20 countries, where the top 5 countries are compared. The patents of the world top 10 companies of machine tools manufacturers are mapped according to the international patent classification （IPC）, and the future trends of world machine tools industry are discussed. Finally conclusions and suggestions are presented.     

Hierarchical power control for OFDM based LTE system

3 GPP LTE has approved uplink intra-cell power control and defined overload indicator （OI） for uplink inter-cell power contrQ1 to mitigate the inter-cell interference （ICI）, respectively. In this pa- per, we propose a hierarchical power control （ HPC ） scheme where intra-eell and inter-cell power controls interact with each other. The inter-cell power control eommand is generated by radio re- source management （RRM） entity according to the ICI-load model together with the current ICI and served load information. This ICI-load model is proposed as a guideline for coordination among cells to enable the system to approach its system specific interference over thermal noise （IoT） work area. Simulation results show that for HPC scheme, the system＇ s IoT is well controlled to fit its pre-de- fined work area and the power efficiency is improved significantly. Our proposed scheme is also ro- bust to different settings of its inter-cell power control period.     

碳酸盐法钛酸钡的研制

介绍以四氯化奂，氯化钡为原料，碳酸盐为沉淀剂，反应温度６０－８０Ｃ，反应时间３０－９０ｍｉｎ下制备碳酸钡和胶体二氧化钛相互包裹的沉淀前驱体，再经洗涤，干燥，于７５０－９５０℃下煅烧２小时得到钛酸钠粉体，讨论了工艺参数对产物纯度的影响，产物经ＸＲＤ，ＴＥＭ，能谱分析及化学分析证明为较纯的钛酸钡粉体．     

磷酸酯酰氧基异辛醇铝酸酯（PIA）偶联剂性质的研究

本文报导磷酸酯酰氧基异辛醇铝酸酯（ＰＩＡ）的ＩＲ、２７Ａｌ－ＮＭＲ、ＤＴＡ和水解性等理化性质的测定结果，以及ＰＩＡ改性碳酸钙在液体石蜡中的粘度、填充量、沉降性，及ＰＩＡ适用范围的主要研究结果。     

试论碳酸盐岩中一种新的颗粒类型——成岩颗粒

本文讨论了沉积作用后多种成岩作用形成的一些碳酸盐颗粒的新类型。球粒、内碎屑、团块、角砾、异形粒等都可以由同生-成岩作用或纯成岩作用形成。正确认识成岩颗粒可以帮助恢复成岩条件和成岩发展史。     

由硼泥制取轻质碳酸镁的研究

本文研究了硼泥经石灰处理后,再用碳化法生产轻质碳酸镁的原理和工艺条件。硼砂厂利用此法生产轻质碳酸镁,提高了原料利用率,可使产值增加近一倍,大大提高了经济效益。提取轻质碳酸镁后的硼泥,危害性降低,还需进一步研究解决其综合利用问题。