水相互作用的英文

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英文翻译
造句

air-water interaction

水 water
相互作用 interact; interreaction; int ...
疏水相互作用 hydrophobic interaction
蛋白质-水相互作用 protein-water interaction
空气水相互作用 air water interaction
场相互作用 field interactions
磁相互作用 magnetic interaction
负相互作用 negative interaction
核相互作用 nuclear interaction; strong interaction
强相互作用 nuclear interaction; smsi; strong interaction
弱相互作用 beta interaction; slight interaction; weak interaction
相互作用 interact; interreaction; interaction; interactivity; interplay; coactions 一切事物互相联系并相互作用。 all things are interrelated and interact on each other
相互作用场 interacting field
相互作用的 interactional
相互作用对 interaction partners
相互作用力 force of interaction; interacting force; interaction force; mutual force
相互作用流 interacting streams
相互作用面 interface
相互作用能 interaction energy
相互作用圈 sphere of antagonistic effect
相互作用说 interactionism
相互作用物 interactant
相互作用型 coactive pattern
谐相互作用 harmonic interaction
正相互作用 positive interaction

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例句与用法

Yellow river ; sediment ; water pollution ; interactions between sediments and water
黄河泥沙水污染泥沙与水相互作用
Air - water interaction
水相互作用
Supramolecular action is a kind of molecular interaction with molecular recognition ability . it includes van der waals and electrostatic interactions , hydrogen - bonding , - bonding and hydrophobic interaction , which are accompanied by spacial effect
超分子作用是一种具有分子识别能力的分子间相互作用,是空间效应影响下的范德华力、静电引力、氢键力、相互作用与疏水相互作用等。
The approach consists of accounting for the soil - water interaction , regarding the dilatancy as a source term enabling relative motion between soil and water to occur , and simultaneously solving these equations to obtain the details of development of the stress and motion of soil and water
该方法可同时考虑到土?水相互作用，惯性力，水渗流，和各种非线性影响因素在内，把剪胀做为使土?水相互运动的动因，并可同时求解出土、水的运动和应力状态。
Quantitatively describing the principle of protein - protein interactions and recognition in molecular level is the key point for understanding the relationship between structure and function of protein complexes and designing protein complexes , hi these interactions among proteins , electrostatic and hydrophobic interactions are the two most important ones , which let protein molecules bond systematically
在分子水平上定量地阐明蛋白质分子之间的亲合力和相互识别的机制，是正确地认识蛋白质聚集体结构和功能之间的关系并合理地设计出有用的蛋白质分子聚集体的关键。蛋白质分子间相互作用，其中最主要的是静电和疏水相互作用，使蛋白质分子能有序地结合在一起。
On the basis of previous studies , the paper presents a comprehensive review and summary on the influence of sediment to water quality in the yellow river , highlighting four issues : 1 the influence of the sediment on pollutant behavier , 2 the relationship between sediment - associated natural organic matter and water quality parameters of oxygen - consuming organic pollutants and its influence on the assessment of the water quality in the yellow river , 3 the relationship between the heavy metal background values of the sediment and the water quality parameters of the heavy metals and its influence on the assessment of the pollution of the yellow river , 4 the influence of sediment ? ? containing much carbonates in the yellow river on the water quality and the monitoring of the water quality
黄河是世界上罕见的多泥沙河流，泥沙与水相互作用对黄河水质产生显著影响。根据以往研究工作，对黄河泥沙与水质的关系问题作全面的总结评述和展望，着重于4个问题： 1黄河泥沙对污染物行为的影响2黄河泥沙中的天然有机质与黄河耗氧有机物水质参数的关系和对污染评价的影响3黄河泥沙中的本底量重金属与黄河重金属水质参数的关系和对污染评价的影响4黄河泥沙中的碳酸盐对水质和对水质监测研究的影响。
On the basis of previous studies , the paper presents a comprehensive review and summary on the influence of sediment to water quality in the yellow river , highlighting four issues : 1 the influence of the sediment on pollutant behavier , 2 the relationship between sediment - associated natural organic matter and water quality parameters of oxygen - consuming organic pollutants and its influence on the assessment of the water quality in the yellow river , 3 the relationship between the heavy metal background values of the sediment and the water quality parameters of the heavy metals and its influence on the assessment of the pollution of the yellow river , 4 the influence of sedimentcontaining much carbonates in the yellow river on the water quality and the monitoring of the water quality
黄河是世界上罕见的多泥沙河流，泥沙与水相互作用对黄河水质产生显著影响。根据以往研究工作，对黄河泥沙与水质的关系问题作全面的总结评述和展望，着重于4个问题： 1黄河泥沙对污染物行为的影响2黄河泥沙中的天然有机质与黄河耗氧有机物水质参数的关系和对污染评价的影响3黄河泥沙中的本底量重金属与黄河重金属水质参数的关系和对污染评价的影响4黄河泥沙中的碳酸盐对水质和对水质监测研究的影响。
The new research progress in the effect of forest on rainfall , interception annual runoff , was summarized . the main issues show that the most function of forest vegetation aims at protecting water resources and water environment , adjusting water amount , controlling erosion , decreasing run - off silt , decreasing maximum flow as well as increasing discharge of river in dry season and purifying water quality
本文一方面通过介绍森林水文学的概念、研究进展和实际运用，分析了森林与水相互作用的特点，并从降水、截留、径流等方面综合研究森林植被在涵养水源、调节水量、减少径流泥沙、降低洪峰、增加枯水期流量、改善水质等方面具有的重要功能。