The Design And Implementation of Bank Call System

随着我国改革开放程度的不断提高，金融领域也在经历着深刻的变化。越来越多的客户已经不局限于银行仅仅为他们提供优质高效的柜面服务，客户对于电子银行、电话银行以及自助银行的服务需求也越来越突出。在这种需求导向之下，如何通过服务手段的创新来提高客户服务水平，从而提升客户满意度成为了各家银行所追逐的方向。本人认为，建立银行电话呼叫系统能够帮助客户更好地满足他们的需求。银行电话呼叫系统的功能不仅囊括了原先的电话银行所具备的各项功能，还进一步拓展了网上银行、人工坐席、信息共享等其他功能，能让用户便捷快速地享受银行提供的优质服务。银行电话呼叫系统的建设是银行挖掘、分析和了解客户并实时改进营销方式的重要途径，它...With the reform and openness in our country continues to improve, the financial sector is also undergoing profound changes. More and more bank customers have not limited merely to provide them with quality and efficient counter service, customers electronic banking, telephone banking service demand and self-service banking has become increasingly prominent. Under this demand-oriented, how to impro...学位：工程硕士院系专业：软件学院_工程硕士(软件工程)学号：X201323196

裸地面の熱収支・水収支の季節変化

Tohoku University課

Study on Nutrient Ecology of Seaweeds Used for Remediating Maricultural Eutrophication

海水养殖的重要性不言而喻，其对近海生态环境的负面影响也很严重，尤其是造成海水富营养化及赤潮的频发。大型海藻，特别是江蓠属大型海藻，拥有生长快、能快速吸收营养、有大的氮储存库等特性，是营养污染的良好修复生物。目前在江蓠的营养吸收、品种选择和搭配以及环境响应上还有待于更深入研究。本论文挑选2种江蓠属大型经济海藻――菊花心江蓠（Gracilarialichevoides）和龙须菜（G.lemaneiformis），考察环境因子、营养盐因子对两种海藻的生长和氮、磷吸收影响，及在适宜条件下龙须菜的氮营养特性，并通过中试试验校正了水运动对海藻氮吸收的影响；在此基础上，考察了不同菊花心江蓠放养密度系统对脉冲...The negative effects of mariculture on coastal marine environments has been increasing, and offer result in eutrophication of seawater and frequent break-out of HAB, even if its importance is self-evident. Seaweed, especially Gracilaria spp. is regarded as a suitable remedial plant, which holds many advantageous characters such as rapid growth, higher nutrient uptake rate and larger nitrogen stora...学位：工学博士院系专业：海洋与环境学院环境科学研究中心_环境科学学号：B20013400

基于Nutch的Web网站定向采集系统

在对目前具有代表性的开源网络抓取软件Nutch、Heritrix、WCT、Web-Harvest进行比较分析的基础上,提出基于Nutch的Web网站定向采集系统,并对种子站点的选取、抓取过程管理、网页去噪、新种子站点的发现等关键问题进行重点探讨

Effects of water movement on nitrogen uptake by Gracilaria lemaneiformis (Rhodophyta)

通过在室外0.5t的玻璃缸桶内对不同放养密度的龙须菜进行流水和静水的氮吸收比较养殖试验,发现龙须菜可以同时吸收介质中的铵态氮和硝态氮;静水导致水体中的pH值升高,最大的上升了1单位以上;龙须菜的吸收造成介质中营养盐的减少,在试验开始3h后,静水组的高放养密度处理中出现氮吸收抑制现象;采用流水方式,水流速度在(160～175)L·h-1范围,养殖介质的条件相对稳定,藻体所吸收的氮量也较多,流水组的2kg和4kg处理分别比静水相应处理多吸收N为5.80、10.25(16∶00)和7.64、11.59mg(18∶00),分别比静水条件增加24、31和18、27%。In outdoor, effects of water movement on nitrogen uptake by different stocking densities Gracilaria lemaneiformis were inspected. From this, the following conclusions can be drawn: the macroalgae can simultaneously absorb ambient ammonium and nitrate; In dead media, the uptake of macroalgae to nutrient led to pH values rose in the media and the highest increase in value above 1. After 3 hours of the beginning, nitrogen concentration was low in the dead media and the restrain happened in the barrel had high stocking density; In flowing media, the conditions was good and steady, the macroalgae absorbed more nitrogen than in dead media, in 2kg and 4kg treatments, the nitrogen uptake quantity was more 5.80, 10.25 mg(16∶00); 7.64, 11.59 mg(18∶00) than counterpoint in dead media, and the ratio was increased 24%, 31%; 18%, 27% respectively.福建省科技攻关重大项目(2002I003,2002Y005