研究与开发

In the research of advanced key techniques, the technique of nano-catalyst is developed and tested according to the requirement for the catalytic flame stablizer gas turbine and the related reaction model wil be fully construced. In the aspect of hydrogen shift and separation process, we are going to probe into various operating parameters for the water shift reaction and the membrane reactor alread constructed. Also, the high efficiency DPMS-based hydrogen shift and separation system that carry out both water gas shift and pressure swing absorption will be tested. The main task this year is to construct the proto-type clean hybrid power generation system.

前瞻关键技术研究方面，奈米触媒制备技术将依触媒驻焰气涡轮引擎之需求进行开发与测试，并建立相关反应模式；气化合成气转化与分离技术部分，将进行已建立水气转移反应与薄膜反应器之各项操作参数探讨，并进行以双孔径分子筛为担体，附加水气转移反应与变压吸附分离所建立之高效率分离富集H2方法之系统实测。

From enterprise annexation and purchase benefit effect angle research merger and acquisition behavior production; From enterprise exterior expansion superiority, economies of scale, transaction cost and management diversification angle, analysis efficiency factor, investment risk factor, market development factor, cost and benefit factor and so on to enterprise annexation and purchase behavior influence; From the complicated and diversified annexation and in the purchase agent, induces has the universal influence agent, and has carried on the concrete analysis to each kind of agent's benefit effect.

从企业兼并与收购旳利益效应角度研究并购行为的产生；从企业外部扩张优势、规模经济、交易费用及经营多样化的角度，分析效率因素、投资风险因素、市场开发因素、成本与效益因素等对企业兼并与收购行为的影响；从复杂多变的兼并与收购的动因中，归纳出具有普遍影响的动因，并对各种动因的利益效应进行le具体的分析。

In this paper, autonomous learning courseware development methods study to high school physics experiment vernier caliper the use of software as an example, the design focuses on self-learning students. This experiment developed a preview and review the assisted-courseware to meet the objective of supporting experimental teaching.

本文对自主学习型课件的开发方法作了研究，就高中物理实验课件游标卡尺的使用为例，侧重于学生自主学习的设计，为本实验开发了一个预习与复习的辅助型课件，以达到辅助实验教学的目的。

This study aims to design, develop and evaluate netiquette curriculum for high school students in Taiwan. In order not to be a "Hi-tech barbarian," Netiquette, or net etiquette, has become one of the most important Internet ethic issues. Although Taiwan Ministry of Education has integrated netiquette issues in nine-year compulsory curriculum policy in 2004, there are no developed curriculums for school teachers to follow. Therefore, based on "Systematic Instructional Designing Model"and problem-based learning as instructional strategy, this study has develped three netiquette curriculums and evaluated them formatively.

本研究旨在针对台湾中学生的需求，开发网路礼仪课程，根据计惠卿、张杏妃（2001）提出之问题导向学习（problem-based learning， PBL）模式，依循分析、设计、发展、实施、评鉴五大步骤，发展网路礼仪教材「网路小白不要来」、「网路沟通通ㄅ通」与「拒绝信骚扰」，让中学生在问题解决的真实情境下，了解网路礼仪的意义与各项内涵，体认网路礼仪之必要性，明白网路礼仪正确、简洁、清楚、安全与隐私、友善与尊重的精神，以期中学生能以网路礼仪为上网沟通的行为准则，未来愿意成为一遵守网路礼仪之网路公民。

Science and technology are primary productive forces" is our business policy, the company is committed to new product research and development, and with the Ministry of Chemical Industry, Changzhou Chemical Research Institute, Shanghai Jiao Tong University and other famous institutions, will be the development of environmentally friendly plastic Plasticizer , octyl tin and so on."

&科学技术是第一生产力&是公司秉承的经营方针，公司致力于新产品的开发研究，且与化工部常州化工研究院、上海交大等知名院校合作，将先后开发环保类塑料增塑剂、辛基锡等。

Company and the Jiangsu Research Institute of Life Sciences, University of joint research and development "Hill-kit" consisting mainly of tea licensing Gegen Pueraria products, and has become the Gangnam area in the cultivation of GE, the acquisition, development, production and sales for the one-scale enterprises.

公司已与江苏大学生命科学研究院联合研究开发以&山杰&牌葛根茶为主的葛根系列产品，并已成为江南地区从事葛的种植、收购、开发、生产和销售为一体的规模企业。

Through the study of UML and J2EE, a runnable system has been developed by Applying the two technologies together, which will be valuable to develop enterprise application.

本论文通过对UML与J2EE的研究，并把二者结合在一起，开发了一个实际的应用系统，对于开发企业级应用有一定的参考价值。

At the super-low permeable reservior sandstone of Fu and Yang in Daqing Oilfield, many pore throats exist a lot in the types of compacted and restored flakes and curved lamellas while the pore volume of micropore and the thin, compacted and shrunken throat that contribute little to flow take large scale in the total pore space. Thereof high filtrational resistance is caused by much trouble including high content of reservoir shale, serious sensibility to pressure at waterflooding, remarkable effects of undersaturation and water blocks in micropore. A method with laboratory experiment, theoretical confirmation and field application included was adopted to analyze the non-linear flow characteristics, to reveal the deep mechanism of pinhole enveloping macropore and to provide a new technology of improving the development effect. The outcomes aquired are as follows: Multiple cores with different low and super-low permeability were selected to perform seepage experiments by gas, water and oil. Three fields of flow were observed in the reservoir at different low and super-low core permeability. They are pseudo- elastic flow, transition flow and plastic creep flow. So the concept that there was no correlation of rocky absolute permeability with fluid properties that pasted itself was broken up. Two-phase seepage of water displacing oil in uniform super-low permeability shows that the two-phase seepage zone is narrow.

针对大庆油田扶、杨特低渗透油层砂岩孔隙喉道的大小和形态以压实再生型片状、弯片状喉道分布较广，压实、缩小型细喉道型，微孔不可流动的孔隙体积所占总孔隙体积的比例较大的特点；及储层泥质含量高，注水开发中压力敏感性强、微孔隙欠饱和及水锁效应显著，导致流体渗流阻力增大的问题，本文采用室内实验、理论推证和矿场应用相结合的方法，研究、分析了流体非线性渗流特征，更深刻地揭示出小孔包围大孔的机理及产生原因，并提供了改善开发效果的新的技术方法，取得如下成果：选择不同渗透率的低渗透、特低渗透岩心，进行了气、水和油单相渗流实验，揭示出当岩心渗透率不同时，油层内的流体呈现出拟弹性流变、过渡流变、塑性蠕变三种流变区，从而打破了岩心的绝对渗透率与通过岩心流体性质无关的观点；同类特低渗透岩心的水驱油两相渗流实验表明，两相渗流区较窄。

Catalytic techniques for deep desulfurization, denitrogenation and dearomatization in production of clean gasoline and diesel fuels were reviewed, especially those for producing low-sulfur and extra-low-sulfur gasoline and diesel oil, among which technologies arousing most attention are sulfur-reducing FCC catalyst and additives, selective hydrogenation catalysts and technology, adsorptive desul-f urization of gasoline and diesel oil, biologically catalytic desulf urization of diesel oil, and selective oxid...

为面对新世纪清洁燃料生产的新机遇和新挑战，各种生产清洁燃料的催化技术正在竞相开发之中，尤其是生产低硫、超低硫汽油与柴油技术。其中，催化裂化降硫催化剂和助剂、选择性加氢处理新催化剂及工艺、汽柴油吸附脱硫、柴油生物催化脱硫和选择性氧化脱硫等新技术尤其引人注目。我国应加快清洁燃料生产催化新技术的开发研究，为生产更清洁的汽油和柴油燃料提供技术储备。

The author analyzes the obstacles barricading the market ing of the handicrafts of Yunnan minority women and discusses the government policies,the development policies in other places,their practical value and market-related aesthetics. The author hopes this analysis will help the development of the tourism resources in the minority areas and the adjustment of the industrial structure in the countryside,and offer more job opportunities for developing Yunnan into a prosperous tourism province.

对云南少数民族妇女手工艺品进入市场的阻碍因素进行梳理，有针对性地在政府政策介入策略、异地开发策略、器用价值与市场审美观结合策略、宣扬少数民族妇女手工艺品的文化内涵策略等方面进行研究，将有助于少数民族地区文化旅游资源的开发、农村产业结构的调整和非正规农村就业群体的建立，也将为云南建设旅游文化大省提供有益的参考。

Singer Leona Lewis and former Led Zeppelin guitarist Jimmy Page emerged as the bus transformed into a grass-covered carnival float, and the pair combined for a rendition of "Whole Lotta Love".

歌手leona刘易斯和前率领的飞艇的吉他手吉米页出现巴士转化为基层所涵盖的嘉年华花车，和一双合并为一移交&整个lotta爱&。

This is Kate, and that's Erin.

这是凯特，那个是爱朗。