Study on Financing Strategy of LB Group

改革开放三十多年，是民营经济、民营企业从无到有、从小到大的三十年，也是发展、整合的三十年。民营经济已经逐步成为我国国民经济成分中最具活力的部分，并呈现出蓬勃发展的大好势头。目前，我国非国有经济的工业产值占工业总产值的1/2以上，所创造的国民生产总值占整个国民生产总值的70%以上。民营经济用1/3的资源，为国家整体经济增长提供了63%的贡献，它已经成为当今我国经济增长的基础，成为整个经济发展中一股不容忽视的力量[修改摘要，增加本段文字]。但民营企业在发展过程中，融资问题始终成为各阶段的发展瓶颈。 民营中小企业在发展中，自身普遍存在一些不足，如低资产规模、企业信用低、经营风险大、内部管理薄弱等，...Reforming and opening up for more than 30 years, and during the 30 years the private economy and private enterprises accue from scratch and developed and grow; also this 30 years was development and integration. The private economy has gradually become the most dynamic part of China's national economic component, and it presents a thriving momentum. At present, the industrial output value of China...学位：工商管理硕士院系专业：管理学院_工商管理硕士(高级管理人员工商管理硕士)学号：X200715610

Establishment of Plant Regeneration System and Cytological Studies on Anther Development of Morinda officinalis How

巴戟天是一种重要的传统中药材，具有强筋骨、补肾助阳、增强免疫的功效，具有较高的经济价值。利用幼胚离体诱导技术，建立了巴戟天离体培养植株再生体系，为巴戟天的生物技术操作研究奠定了基础。应用组织化学方法，对巴戟天有性生殖中花药发育进行了观察，探讨其花药发育中的营养物质代谢特征。我们的研究结果为巴戟天品种改良打下良好基础。 在巴戟天组织培养中，利用巴戟天的幼胚作外植体，进行快速繁殖和组织培养研究。结果表明：MS+1.0mg/L6-BA+0.2mg/LNAA的培养基适合快速繁殖，再生苗的频率可以达到100%。将幼胚萌发后的下胚轴切段，转接到MS+2.0mg/L2，4-D+0.2mg/L或0.5mg/...Morinda officinalis How is an important traditional Chinese herbal medicine, with the function of strengthening the bones and kidneys and enhancing the immune system. And it has high economic value. We established the plant regeneration system of Morinda officinalis How with the technique of immature embryo induction in vitro, which lay a foundation for biotechnology research of Morinda officinali...学位：理学硕士院系专业：生命科学学院生物学系_发育生物学学号：2172006115217

Deciphering Funtional Proteins in Proteus hauseri and Recombinant Gene Expression

随着环境污染和能源短缺的加剧，开发清洁环境友好型的新能源是当务之急，豪氏变形杆菌（Proteushauseri）ZMd44作为一株新颖的产电菌，其能同步进行偶氮染料降解和生物产电，在未来环境保护和能源供给应用具有较大潜力。 本研究提出用微生物环境刺激的方式，系统研究金属离子、染料浓度及介质对豪氏变形杆菌降解染料速率的影响，实验结果表明添加5mM金属离子时，金属离子抑制偶氮染料降解速率顺序：Cu2+>Zn2+>Mn2+>Co2+>K+=Na+，其中Cu2+和Zn2+对偶氮染料降解有强烈的抑制作用，而K+和Na+基本无影响。豪氏变形杆菌对偶氮染料降解呈两级反应，不同浓度染料的比脱色速率拟合类米氏...With the exacerbation of environmental pollution and energy shortages, the development of clean and environment-friendly energy is a priority, Proteus hauseri ZMd44 as a novel electricigen, it could be carried out simultaneously azo dye degradation and bio-electricity production,making it potentially applications in environmental protection and energy supply in the future. In the present study, e...学位：工学硕士院系专业：化学化工学院_化学工程学号：2062010115148

A Study on Certain Issues Concerned Creditor’s Rights Assignment of he Asset Management Corporation

债权作为一种特殊的转让标的，涉及到合同法、担保法等众多领域。金融资产管理公司作为专司不良金融资产收购、管理、处置的国有政策性金融机构，主要经营目标是最大限度保全资产，提高银行业不良资产回收价值。因其特殊的法律地位，资产管理公司在债权收购和转让过程中涉及到的法律问题更为纷繁复杂。本文结合资产管理公司的实际情况，对债权转让过程中的若干法律问题进行探讨。 文章除前言和和结论外，分为四章。 第一章对债权转让的概念和性质、发展沿革、资产管理公司债权受让的构成要件、债权转让的效力等方面的内容进行阐述。 第二章对债权转让过程中的担保问题进行探讨，分为两个部分，第一部分重点分析最高额抵押债权能否转让、转...Take the creditor’s rights as the assignment subjectmatter, has suitable complexity. The creditor’s right assignment is involves to the law of contract, the guarantee law and so on the multitudinous domains. The Asset Management Corporations are the special financial institutions which their major role is to purchase, manage and dispose the non-performing loans acquired from financial institutions...学位：法律硕士院系专业：法学院法律系_法学学号：X20030818

The Study on Some Problems of the Civil Protest System

本文对我国民事抗诉制度的概念、理论基础和法律依据进行了归纳，对有关民事抗诉制度学理论争进行了总结，并立足于法律实证主义的立场，肯定民事抗诉制度在我国现阶段的制度价值；在对福建省检察机关近年来开展民事抗诉工作有关资料进行统计、分析的基础上，提出当前民事抗诉制度实施中存在的主要问题；在分析我国民事再审程序启动主体具有二元性特征的基础上，对法院依职权启动再审制度进行批判，提出建立以检察院抗诉为再审程序启动单一主体制度的构想。本文还着眼于我国正在开始的司法改革和民事诉讼立法的修改完善，以规范民事抗诉制度为出发点，对明确民事抗诉制度的原则，规范民事抗诉的范围、民事抗诉案件的再审审级、受理案件期限和审查程...The thesis makes a conclusion about reforming and perfecting the civil protest procedure through the theoretical exploration and practical analysis of the system, which is divided into four parts besides the preface. The first part is about the survey of civil protest system including concepts and the theoretical foundation and the regulations. Then, points out that the civil protest system is nec...学位：法律硕士院系专业：法学院法律系_法律硕士(JM)学号：X20030818

The Study on Application of APS in Aluminum Flat-Rolled Industry

近年来，ERP（EnterpriseResourcePlanning，企业资源规划）技术不断成熟，ERP系统应用正逐渐普及，但对于许多制造企业而言，位于核心业务流程的生产计划及作业排产部门依然任务繁重，工作人员依然为繁杂的数据所困扰，预期中的高效作业排产仍遥不可及。在这样的背景之下，有关APS（AdvancedPlanning&Scheduling）产品的应用开始在国内逐步升温，并成为一个热门的研究课题。APS技术正越来越广泛地应用在诸多行业，但在国内铝板带加工行业的应用依然是一片空白。 中铝瑞闽铝板带有限公司是中国铝业旗下一家铝板带生产企业，从2003年开始信息化建设，先后成功...ERP （Enterprise Resource Planning）system was getting more popularly and was implemented in many areas in recent years. But in most case, people make planning and scheduling manually because of complicated situation in the real world even if the ERP system had been implemented. As a solution for this problem, APS（Advanced Planning & Scheduling）had been introduced into some industries. But seld...学位：工商管理硕士院系专业：管理学院工商管理教育中心（MBA中心）_工商管理硕士(MBA)学号：X20041531

美国存款保险制度的最新改革动向及其借鉴

1914年美国联邦储备银行建立之际,美国的金融体系正处于历史性变革的关头。75年后,美国的金融体系再次面临剧烈的变革。表现在75年来对美国金融业的稳定起着举足轻重作用的存款保险制度由于70年代以来开始的金融创新和金融管理体制改革而陷入困境,不能很好地适应新情况的需要,迫切需要进行深刻的改革。为此,布什总统于1989年8月签署了“金融机构改革、复兴和实施法”(Financial Institutions Reform

Adsorption of organic phosphorus in pesticide wastewater by CaAI hydrotalcite

采用共沉淀法制备了CaAl水滑石（CaAl-LDH），并运用扫描电子显微镜（SEM）和热重／差示扫描量热分析（TG—DSC）技术对CaAl-LDH的形貌及热稳定性进行了表征。采用CaAl-LDH对含膦农药废水进行除膦吸附试验，探讨了搅拌时间、pH值、CaAl-LDH的加入量对吸附性能的影响。结果表明：当CaAl-LDH的加入量为80g／L，搅拌时间为3h，pH值为6—8时，CaAl-LDH对膦的吸附性最强，废水中膦质量分数仅为0．1×10^-6。CaAl hydrotalcite （CaAl-LDH） was prepared by coprecipitation method. The morphology and thermal stability of CaAl-LDH was characterized by scanning electron microscopy （SEM） and thermogravimetry/differential scanning calorimetry （TG - DSC ）. The test of phosphine adsorption removal by CaAl-LDH from phosphine pesticide wastewater was carried out. The results showed that when the addition amount of CaAl-LDH was 80 g/L, the stirring time was 3 h, and the pH value was from 6 to 8, CaAl-LDH had the strongest adsorption to phosphine, and the mass fraction of phosphine in wastewater was only 0.1× 10^-6

高密度磁光记录技术的新进展

磁光盘(MOd)是可擦写存储媒体的一大分支,在与相变光盘(PCd)争夺市场的竞争过程中,磁光技术有长足的发展。本文主要介绍高密度磁光记录技术,探讨MOd的新进展

Effect of Ag loading on soot oxidation for Ag/Ce_(0.75)Zr_(0.25)O_2 catalysts

开发低温下高催化活性的柴油机碳烟颗粒燃烧催化剂是当前环境催化领域的热点问题。利用共沉淀的方法制备了用于碳烟催化燃烧反应的Ag/Ce_(0.75); Zr_(0.25)O_2催化剂。活性评价结果表明,相对于Ce_(0.75)Zr_(0.25)O_2催化剂,Ag的引入可显著降低碳烟催化燃烧温度。; 而且,Ag的负载量存在一个最佳值。以XRD、in-situ; XRD、BET、TPR等表征手段探究了该系列催化剂结构性质及其变化产生的影响。结果表明,Ag与Ce物种间的相互作用可显著降低催化剂(特别是CeO; _2表面氧)的还原温度。该相互作用使Ag/Ce_(0.75)Zr_(0.25)O_2催化剂在一定温度下(>200℃)就表现出Ag+的性质。这些性; 质与该催化剂具有较高的碳烟氧化活性相关。而且,该催化剂也表现出良好的稳定性。It is still important to develop soot oxidation catalysts with excellent; activity under low temperature. Ag/Ce_(0.75)Zr_(0.25)O_2 was synthesized; via coprecipitation method for soot oxidation. Compared with the; catalytic performance of Ce_(0.75)Zr_(0.25)O_2, the introduction of Ag; can lead to the decrease of soot-ignition temperature. Moreover, there; is an optimal Ag loading. Subsequently, several methods such as XRD,; in-situ XRD, BET, TPR were used to characterize the physicochemical; properties of Ag-based catalysts. The results showed that the; introduction of Ag resulted in decreasing the reduction temperature of; surface oxygen species, being due to the interaction of Ag and Ce. The; interaction also brings about the occurrence of Ag~+ nature. And the; feature is linked with the outstanding activity of soot oxidation for; Ag-based catalyst. Furthermore, the Ag-based catalyst possessed fairly; good stability in soot oxidation.国家自然科学基金项目; 中央高校基本科研业务费专项资金项