English translation for "系统与环境"

system and surroundings

Example Sentences:

	1.	System and surroundings 系统与环境
	2.	2 . analyse the relationship of the internal control and corporate governance , the relationship of the both is the internal monitoring and environment . 3 分析了内部控制与公司治理的关系，内部控制与公司治理的关系是内部监督系统与环境的关系。
	3.	Its foundational philosophizing system is composed of the study of the corporate governance system and the interaction and interrelation among sub - system , system and surroundings 对企业治理系统及各子系统、系统与环境运动及相互关系的研究构成了企业治理系统理论体系。
	4.	With rapid growth of economy , the relationship between economic system and environmental system is deteriorating day by day , which has caused scholars to pay more attention to environmental carrying capacity 伴随着经济的快速增长,经济系统与环境系统之间的关系日益紧张,环境承载力问题受到格外关注。
	5.	The global financial crisis erupted repeatedly and a series of finance risk china disclosed many problems which lied in between the various countries ' finance transaction subjects and its internal and external environment 摘要频频爆发的全球性金融危机和我国一系列的金融风险揭示出了各国金融交易主体与其生存的内外环境之间存在严重不协调问题，引发人们开始从仿生学视角研究金融系统与环境系统如何协调发展的问题。
	6.	It discusses the scientific innovation of the university students with the systemically theoretically . the university students " scientific innovation system is a subsystem of the national innovation systems , it ' s related and restricted with the university teaching , science study , university cultural and social project . meanwhile , it studies the subject and object of such innovation , the relationship between system and environment as well as its structure and function 其次，运用系统论的观点对大学生科技创新活动进行了理论研究，比较全面分析了大学生科技创新活动系统的主客体要素、结构与功能以及系统与环境的相互关系，指出大学生科技创新活动系统是国家创新体系的子系统，同时这一系统与大学教学系统、科研系统、校园文化系统以及社会服务系统是相互联系、相互制约的，活动的开展是一项复杂的系统工程。
	7.	The european journal of agronomy , the official journal of the european society for agronomy , publishes original research papers reporting experimental and theoretical contributions to crop science in many fields , such as crop physiology , crop production and management , agroclimatology and modelling , plant - soil relationships , crop quality and post - harvest physiology , farming and cropping systems , and agroecosystems and the environment 描述: 《欧洲农学杂志》是欧洲农学会的会刊，刊登有关农作物科学方面的实践性与理论性的原创性文章，涉及作物生理学、作物生产与管理、农业气候学与模拟、植物与土壤的关系、作物质量与生理学、耕作与作物系统及农业生态系统与环境等学科。
	8.	We put emphasis on the operating system of ustp , finding out the factors in ustp in our country and making clear the relationships among the factors and between system and surroundings , showing the three stages while creating ustp , suggesting the four basic principles that must be followed while creating ustp 一是分析了我国大学科技园系统的系统要素以及系统与环境之间的关系，二是提出了大学科技园运行过程中的三个阶段、遵循的四个原则以及运行过程中必须注意处理的几个关系。
	9.	In this paper , the data are dealt with mathmatica which has better calculation , so , the sustainable ability dependence and the trend of each index is obtained . the result is : the sustainable capacity of the water resource complex system is lower , belonging to inferior stage of sustainable development ; the sustainable capacity of the water resource system itself is worse ; the coordination level between water resource system and social - economical system is better ; but , the coordination level between water resource system and environment is worse . the key factor influencing the water resource system sustainable utilization of guanzhong region is water resource itself and the environment 论文选用计算功能较好的mathmatica软件处理数据，得出关中地区水资源可持续利用评价指标体系中各层指标的可持续隶属状况以及它的发展趋势，结果表明，关中地区水资源复合系统整体的可持续发展能力普遍较低，处于可持续发展的弱势阶段，其中水资源系统本身的可持续发展能力较弱，水资源系统与社会经济系统的协调状况较好，而水资源系统与环境系统的协调状况较差，指出影响关中地区水资源可持续利用的关键因素在于水资源本身和环境。
	10.	From the view of complex adaptive system ' s theory , combined the theories of self - organization and evolution , the origin of technology ' s complexity was analyzed . it was pointed out that the reciprocity among innovation agents and the mutual adaptation between innovation system and its environment are the main reasons of innovation system ' s complexity . the behaviors of innovation agents were described by quantitative methods 3 .基于复杂适应系统理论，结合自组织理论和进化理论分析了技术复杂性的起源，指出创新主体间的相互作用和创新系统与环境的相互适应是导致创新系统涌现出复杂性的主要原因，并对这两种行为进行了定量化描述。

Similar Words：

"系统余度" English translation, "系统与泵站" English translation, "系统与程序" English translation, "系统与电气供应公司" English translation, "系统与服务" English translation, "系统与控制" English translation, "系统与控制通讯" English translation, "系统与控制应用" English translation, "系统与流程管理功能" English translation, "系统与软件杂志" English translation