The main points of the paper are : 1 . the environment changes of rivers and lakes directly influence social decision - making and economic policy . anthropogenic activities " contents , forms and scale change actively or passively following them 本文的主要观点有： ( 1 )河湖环境的变化直接影响人类社会的决策和经济活动行为，使得人类活动的内容、形式和规模发生被动或主动的改变。
Taking account of the corresponding characteristic of the signal singularity and wavelet transform module maximum in multi - scale changing , the discrete wavelet transform is applied to get the featured inflection point of negative pressure wave 利用信号奇异点与小波变换模极大值在多尺度上变化对应的性质，将离散小波变换应用到获取压力波信号序列特征奇异点中，可以对泄漏点进行定位。
The computation on the dynamic change of gravity field with above data is done , the determinations of the spacial and time gravity base , and of the calculation of the influences about the instrument scale changes deduction of station movements etc . are systematically discussed in this paper 利用这些资料进行了重力场动态变化计算，系统地讨论了空间和时间基准的确定、格值影响的计算和点位移动的归算等问题。
A social entrepreneur is an individual , group , network , organization , or alliance of organizations that seeks sustainable , large - scale change through pattern - breaking ideas in what or how governments , nonprofits , and businesses do to address significant social problems 社会企业家是一个个体，团体，网络，组织或组织联盟，他们通过打破传统模式的想法，在政府，非营利组织和企业致力于解决的重大社会问题上追求可持续的大规模变化。
With the above analysis , this paper concludes with a suggestion to establish a scale controlling system in the old city area of ming dynasty , the structure and items of which are set up according to the analysis of historical scale system and scale change situation , and points out that it is essential to bring the scale controlling system into the protection planning of the old city area of ming dynasty 最后针对上述的分析提出在明城区建立一个尺度控制体系的建议，其中控制体系的层级与指标是以历史尺度及尺度所发生的变化分析为主要的依据。并指出将尺度的控制纳入到明城区的保护性规划是很有必要的。
As an organism of structure and function , the compound ecosystem of basin is not only a multi - layer and multi - variable system also a harmonic time - space system . in such system each factor includes the scale changing , evolvement rate and exchanging pattern of substance elements embodied by structure forms and information elements embodied by function ability . all these factors will affect the comprehensive function of system seriously 3 、分析了流域复合生态系统作为一个结构和功能、时空相协调的耦合系统，系统中各要素，包括体现为结构形态的物质要素和体现为功能性质的信息要素等摘要的规模变化、演变速度、转化形式都将影响着整个系统的综合功能。
The thesis finished a sample instrument used in measurement node . it is based on 8 - bit micro controller unit and has smart functions including auto calibration , auto scale change and auto balance of whetstone bridge . the data can be processed , stored , transferred and displayed in the sample device 本文完成了测试系统中基于16位微处理器的网关的硬件架构和软件实时多任务内核的设计；研制了基于8位微处理器的具有自校正、自动量程转换及测试电桥的自动调平功能的测试节点样机；实现了测试节点的数据处理、存储、显示和传送；绘制并编写了测试节点的硬件电路图和软件源程序。
The hydrology system have some characters of complicated open macro system to a certain extent , the complexity and indeterminacy of the hydrology system becomes more and more standing out with the hydrology scale changing from the microscopical to the midscopical , even to the macroscopical , which present spatial variability , differ between the unit and the system , the model re - parameterization and the different scale model coupling 水文系统在某种程度上具有开放的复杂巨系统的特征，随着水文尺度由微观到中观、宏观，水文系统的复杂性和不确定性就愈突出，表现有空间变异性、单元与系统的不一致性、模型的再参数化及不同尺度模型耦合等问题。
So after setting forth the construction and usage of anomie and code and so on relativities ， it advances that " anomie " should be a vision angle in the study of the problems of urban space ' s change . secondly ， through reviewing several large scale change of urban space happened in history ， it reveals that anomie of space is a necessity of history . furthermore ， during the analyzing the process of the type change of the society ， it finds out the value tendency of the anomie in urban space 首先简单梳理了自“失范”被提出来以后的相关理论，在详细阐述了规范和失范等相关概念的构成、作用的基础上，明确提出了城市空间失范的具体物质表现特征；其次，在借鉴库恩范式变迁理论的基础上，提出了失范对于城市空间的作用，认为“失范”应该作为研究城市空间变迁问题的一个视角；最后，简单回顾了历史上出现的几次大规模的城市空间变迁过程，揭示空间失范的历史必然性，并在对当前社会转型过程的分析中明晰城市空间失范的价值走向。
As the guiding force behind new ibm technologies , they are driving innovation in areas of industry - wide significance , such as model - driven architectures , enterprise - scale change management , ibm rational websphere tooling , best practices for systems engineering , and next - generation product interfaces 作为新技术背后的指导力量，他们正在重要的工业领域中推进着技术的革新，比如模型驱动体系架构（ model - driven architectures ） 、企业范围的变更管理、 ibm rational / websphere工具、系统工程的最佳实践和下一代产品接口。
