basin modelling中文是什么意思

• 盆地模拟

• "basin"中文翻译    n. 1.脸盆；水盆。 2.满盆，(一)盆。 3.盆地， ...
• "modelling"中文翻译    n. 制造模型的方法，造型(术)；塑像术；【美术】立体感 ...
• "modelling" 中文翻译 :    n. 制造模型的方法，造型(术)；塑像术；【美术】立体感(表现法)；模特儿职业。 the modelling of one's features 某人脸部的形象。
• "a basin of" 中文翻译 :    一脸盆; 一盆..
• "basin" 中文翻译 :    n. 1.脸盆；水盆。 2.满盆，(一)盆。 3.盆地，流域。 4.水坑，地塘；(港湾)深度；内湾，小湾；【造船】船坞。 5.【地质学；地理学】盘层，煤田。 6.【解剖学】骨盆，骨盆腔。 basin irrigation 小块灌溉。 the Thames basin 泰晤士河流域。 a basin of water 一盆水。 a river basin 流域。 a setting basin 澄水池。 n. -ful 一满盆。
• "3d modelling" 中文翻译 :    三维模型
• "action modelling" 中文翻译 :    动作示范
• "adaptive modelling" 中文翻译 :    适应性建模
• "analytic modelling" 中文翻译 :    分析模型
• "architectural modelling" 中文翻译 :    预制建筑构件的生产
• "centrifuge modelling" 中文翻译 :    离心模拟
• "clay modelling" 中文翻译 :    陶艺
• "climate modelling" 中文翻译 :    建立气候模型
• "coastal modelling" 中文翻译 :    对海岸的模拟
• "colored modelling" 中文翻译 :    彩塑
• "computational modelling" 中文翻译 :    计算机模式
• "conceptual modelling" 中文翻译 :    概念建模
• "container modelling" 中文翻译 :    容器造型
• "d modelling" 中文翻译 :    三次元模拟
• "ecosystem modelling" 中文翻译 :    生态系模拟
• "environmental modelling" 中文翻译 :    环境模拟模式
• "evolution of modelling" 中文翻译 :    模型化的进展; 模型化进展
• "flow modelling" 中文翻译 :    水流模拟
• "geologic modelling" 中文翻译 :    地质模拟
• "hydraulic modelling" 中文翻译 :    水力模型化

• The main contents and research results are as follows : ( 1 ) the characteristics and the development of basin models and basin simulation technology were systematically studied in this dissertation
  研究工作主要围绕如何将流域科学地划分为地理上相对均一的离散单元以及离散单元的地理参数提取等问题而展开。
• The general basin flood model is deduced by analogy between the matter composing of atom and it composing of character objects . the character objects are follow : one dimension flow model , two dimension flow model , zero dimension flow model , linking flow model , engineering control flow model and so on . the different character objects make up of the different basin model
  通用性流域洪水演进模型采用类比物质构成的分解，把流域分解成各种基本特征元素的模拟：一维水流模拟，二维水流模拟，零维水流模拟，连系水流模拟以及工程运行控制模拟等，由不同的特征元素的数量和种类的组合，构成不同的特定流域，使所建的流域洪水模型具有很好的包容性，能够包容各种各样的流动结构，适应不同的流域洪水模拟的需要。
• Quantitative simulation is analyzing time , direction , quantitative and location which are belong to the study contents of dynamic geologic processes . the analysis is using basin modeling analysis to rebuild the 5 histories of a petroleum system , such as geological , thermal , hydrocarbon generation , expulsion , and accumulation histories , and to calculate hydrocarbon generation potential and resources , and to point out favorable region of oil and gas accumulation
  定量研究是解决“定时” 、 “定向” 、 “定量”和“定位”问题，是对动态地质作用过程的模拟研究，利用盆地模拟系统模拟含油气系统的五史(埋藏史、成熟史、生烃史、排烃史和运聚史) ，并计算生烃潜力及聚集量，指出油气聚集的有利区。
• All these results confirm the important of wind in meridional circulation and heat transport . based on mom2 model , a rectangular basin model with ideal w ind stress and other ideal conditions is designed to study the main processes and dynamical mechanism in setting the depth of cross - equator flow . the effects of horizontal diffusivity , seasonal variations of
  我们还通过全球海洋环流模式，进一步证实了风应力的季节变化在北印度洋热收支、 sst以及海洋环流变化中的作用:即包含风应力的季节变化将使长期平均的sst降低，海面净热通量增加。
• Guided by the theory of sequence stratigraphy and petroleum system using cores , lithologic log or well - logging , biostratigraphic and seismic data , adopting seismic inversion constrained to well data , digital analysis technology , basin modeling , test method and so on , and adopting an integrated study technology , aiming at lower exploration in chagan depression , this work put forward a new research thoughtfulness , technic flow and method system that is an integrated study by " looked upon sequence stratigraphy as a base , looked upon petroleum system as a integer , combing with each other closely " and tie in qualitative analysis and quantitative analysis and applied synthetically new theory , new technology and new method
  以层序地层理论和含油气系统思想为指导，利用岩心、钻/测井、古生物以及地震资料，采用井约束下的地震资料反演技术、计算机技术、盆地模拟技术和各种分析实验手段等综合分析方法，针对查干凹陷勘探程度低的特点，提出了断陷盆地“以层序地层分析为基础、含油气系统为整体(系统)和二者紧密结合”以及定性与定量相结合，综合应用新理论、新技术和新方法的研究思路、技术路线和方法体系。
• By means of the technologies of basin modeling , petroleum system , and correlation among chinese and foreign basins , and integrated analysis of the features of evolution of the basin , tectonic transformation , sidmentology , hydrology , and the anatomising of typical gas pools , the paper focused on the poolforming features of the basin , probed into the characteristics of enrichment , distribution and poolforming of oil and gas , and forecasted the favorable areas or belts of exploration
  本文以成藏为主线，从前陆盆地形成演化、构造变形、沉积充填、水文地质研究出发，以盆地模拟、含油气系统研究为手段，通过典型气藏的解剖和成藏主控因素分析，以及与国内外前陆盆地成藏特征对比，探讨川西前陆盆地油气富集规律和成藏特征，并预测有利勘探区带和方向。
• 3 . by the integrating analysis of static and dynamic factors and distributions of oil and gas , combined with the researches on the source rocks and their geochemical features , basin modeling , and chemic and dynamic features of underground water , the paper brought forward clearly that there are three petroleum systems in the upper triassic , which are t3x1 - t3x2 ( ! ) ,
  3 、通过对前述动、静态因素及油气分布规律的分析，结合烃源岩分布与地化特征、油气成藏模拟结果和水化学、水动力特征研究，首次明确将川西前陆上三叠统-侏罗系划分成三个油气系统，即须一-须二(