1)ecological optimization生态优化
1.Ecological optimization theory was embodied in all aspects of ancient people of China,and more in tradi- tional architecture.“生态优化”理念贯穿于我国古代人们生活与建设的方方面面,在传统建筑中的表现尤为显著。
英文短句/例句
1.On Marxism Theory in Universities Based on Ecological Theory;试论高校马克思主义理论的生态优化
2.Producing high-quality flavor vinegar by the process of liquid-high-temperature saccharification and solidalcoholization,acetification液态高温糖化——固态酒化醋化工艺生产优质香醋
3.Optimize the Consciousness of Live Language Construct the Ecology of Green Writing;优化言语生命意识 建构绿色写作生态
4.Optimized Agro-ecological Model of Sustainable Agriculture and the Approach of Landscape Ecology;可持续农业优化生态模式及其景观生态学途径
5.Ecological Industry and Optimization of Ecological Economic System in Suburbs;生态产业与城市郊区生态经济系统优化
6.Model for ecological oriented water resources optimal deployment in coastal area滨海地区生态型水资源优化配置模型
7.The Explore for the Better Pattern of Ecological Effection in City River Administer;城市河流治理生态效应优化模式探索
8.Analysis,Appraisal and Optimization of Modern Urban Ecosystem;现代城市生态系统的分析、评价与优化
9.The Design & Optimizing of Ecological Landscape in Suzhou City;宿州市城市绿地景观生态设计与优化
10.Distribution System Optimization and Dynamic Simulation of Fresh Agricultural Product;生鲜农产品配送系统优化与动态仿真
11.Niche-Based Optimization Objective Research on Inter-Enterprise Relationship;基于生态位企业间关系优化目标研究
12.Ecological Risk and Environmental Optimization of Higher Vocational Education Development;高职教育发展的生态风险与环境优化
13.Optimizing financial environments with "One Web,Three Databases";建设“一网三库”工程 优化金融生态环境
14.Preliminary Research on Function Optimization of the Tourism Landscape Ecosystem;旅游景观生态系统功能优化研究初探
15.Reinforce Comprehensive Improvement Optimize Rural Ecological Emviromnent;加强综合整治 优化农村生态环境
16.An Examination and Optimization on the Central Region s Finance Ecological Environment;中部地区金融生态环境的审视与优化
17.Construction and Optimization of Dynamic and Restricting Mechanism in Ecotourism District;生态旅游区建设驱动-制约机制及优化
18.An Ecological Optimization of Irreversible Braysson Heat Engine Cycle;不可逆布雷森热机循环的生态学优化
相关短句/例句
ecological optimization生态学优化
1.On the basics of this model an exergy-based ecological optimization criterion is used to achieve the best compromise between the exergy-output rate and exergy-loss rate.应用基于(火用)分析的生态学优化准则对循环(火用)输出率和循环(火用)损率进行协调优化。
2.The optimal ecological performance of Newton s law generalized irreversible Carnot engines with the losses of heat-resistance, heat leak and internal irreversibility is derived by taking an ecological optimization criterion as the objective, which consists of maximizing a function representing the best compromise between the power output and entropy production rate of the heat engine.生态学优化以牺牲小部分输出功率为代价,较大地降低了循环的熵产率,而且在一定程度上提高了热机效率。
3)niche optimization生态位优化
4)ecological environment majorization生态环境优化
5)ecological optimum criterion生态学优化判据
1.Based on the ecological optimum criterion the performance parameters for an irreversible space solar energy powered Braysson cycle are optimally analyzed.基于生态学优化判据对一种不可逆空间太阳能Braysson循环的性能参数进行优化计算。
6)ecological optimal performance生态学优化性能
1.The exery economy optimal performances of refrigerator were derived and the internal relation between it and the ecological optimal performance was revealed.应用有限时间热力学理论,基于利润率为目标函数,对牛顿传热规律下四热源吸收式制冷机进行优化分析,导出制冷机的经济优化性能,揭示了其与生态学优化性能的内在联系。
2.The exergoeconomical optimal performance and the ecological optimal performance of an Ericsson heat engine under the influence of thermal resistance and regenerative loss was studied.研究存在热阻和回热损失的埃里克森热机的火用经济优化性能和生态学优化性能,得到一些新的性能参数,并揭示了经济优化性能与生态学优化性能间的联系,所得结果具有普遍意义,可为埃里克森热机的研制和优化设计提供些新理论指导。
3.The exergoeconomical optimal performance of refrigerator is derived, and the internal relation between it and the ecological optimal performance is revealed.基于利润率为目标函数,对牛顿传热规律下一类三热源制冷机进行优化分析,导出制冷机的(火用)经济优化性能,并揭示了它与生态学优化性能的内在联系。
延伸阅读
生态资源优化定律生态资源优化定律optimum principle of ecological resources shengtai ziyuan youhua dingl口生态资源优化定律(叩t~princinle of ecologicalre-~e8)主要是指以下内容:无论对于矿物元素还是有机分子而言，“资源成分”有效性的持续增加，不可能使资源生产力也无限增加。此种论述在可更新资源中，具体地说在绿色植 y二 只!乙》尸一 礼!洲代厂 ‘发上一一一 有效性x 资源有效性与资源生产力之间的关系物第一性生产力中，更具有普遍性。如图所示，资源的有效性有两种不同的作用方式:①资源的有效性可能影响到生产力大小的.生态过程”，即它产生出某种“刺激效应”，致使关系变成逻辑斯蒂曲线;②资源有效性的增加，对于资源生产力的生态过程不产生“刺激效应”。无论是刺激型的，还是非刺激型的，在生态资源的范畴中，都有一个“最优组合”的约束，即图中的h刀“，它们只能逼近或等于1勺哪，但决不能超出全孙姗。上述原则是还原到“一维”状况的简化论述。一个多世纪以前，人们己经注意到每个单一的自然要素对于植物初始生产力的影响。当某个要素的“强度”或“活力”在原来的基础上脱离开所有要素的整体效应，单独地进一步增加时，它对于植物生产力的影响效果会变得越来越小，直到这个单一要素加大到某一临界值时，反而成为障碍。有关这方面的论证，德国化学家J.李比希早已认识到。后来，英国学者布莱克曼于1叨5年在李比希研究的基础上，建立了“最低因子限制律”。l叫9年密茨里什通过数学解析进一步说明这一问题。事实上，在多种资源有效性的共同作用下，情况要复杂得多。要保持植物的生产力，首先要把各个因素组织在一个均衡对应的基础上;如欲进一步提高植物的生产力，则亦必须均衡地提高各个要素的对应强度，使这些要素重新组织在一个较新的水平上。假如盲目提高个别的要素，甚至增加到一个很不恰当的高水平，只能是对生产力造成危害。生态资源优化定律仍是一个不算严谨的定律，它只是从宏观上揭示了资源有效性与资源生产力之间的关系。研究者有必要去进一步分析其形成机制。但就目前来看，该定律所阐释的内容，从根本上讲是正确的，并且在各类应用中都已得到了较好的验证。(封志明)
