物理模拟

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  • physical simulation;physical analogue
物理模拟物理模拟
  1. 在油层温度为60~65℃的条件下筛选出P24等菌种,完成了室内细菌特性、乳化原油、代谢活性物质的能力及物理模拟驱油评价实验。

    It selects some kinds of microbe such as P24 in 60 65 ℃ of reservoir temprature . Experimental evaluation is performed to study the bacteria characteristic , emulsion oil , capability of metabolic active material and physical analogue experiment .

  2. 振动激发金属液原位形核的物理模拟

    Physical Analogue of Liquid Metal Original Position Nucleation Stirred by Vibration

  3. 其次,本文对电动机-曲柄滑块机构的动态特性进行了计算机仿真和物理模拟,利用Matlab编程语言编制了仿真软件。

    Secondly , the paper research into dynamic property of electromotor slider-crank-mechanism by computer simulation and physical simulation , make simulation soft by Matlab language .

  4. 针对这一现象,运用现场数据以及物理模拟和数学模拟方法首次通过对CO气体流动、扩散等的综合研究,建立了CO井筒流动及大气扩散模型。

    In survey of this phenomenon , using spot date 、 physical and mathematics stimulant method , flowage and diffusion are studied and wellbore flow and air diffusion model of CO are established .

  5. 300t精炼钢包透气砖应用的数学物理模拟

    Mathematical and physical modelling of slot plug application in 300 t ladle

  6. 在室内开展了注烃气的长岩心驱替试验,用物理模拟的方法研究了注烃气提高采收率的幅度,并取得了流体的PVT参数;

    We used long cores in order to get hydrocarbon gas injection EOR efficiency , and got PVT parameters .

  7. 六流连铸中间包钢水流场的数学物理模拟30t单流板坯连铸中间包内钢液流动的物理模拟

    Mathematical and physical simulation of flow field of molten steel in six-strand tundish

  8. 用半物理模拟试验验证了多变量鲁棒控制在航空发动机中的应用,给出了航空发动机中H∞/LTR控制模块的设计过程及注意事项。

    The application of multivariable robust control methods to aeroengines was testified by a semi-physical simulation . The detailed design procedure of an H_ (∞) / LTR control module for the aeroengine control system was also included .

  9. GPU可以分担一些CPU的物理模拟计算工作,但是这样就和图形计算争抢了宝贵的资源。

    The GPU can of course be used for offloading the physics simulation from the CPU , but this will compete with the remaining processing time for graphics .

  10. CODAD物理模拟实验台运行控制器设计

    Design of operating controller based on CODAD physical simulation station

  11. 近年来,GPU(graphicsprocessingunit,图形处理单元)已被成功地应用于生物医学、金融分析、物理模拟、数据库处理等高性能计算应用,大大扩展了GPU的应用领域。

    Recently , GPU ( Graphics Processing Unit ) has been widely used in high-performance computing applications such as biomedical , financial analysis , physical simulation and database processing due to powerful computing capability of GPU .

  12. 针对深层稠油油藏,利用热采物理模拟技术,研究了热水添加N2泡沫段塞驱提高采收率的可行性。

    The feasibility of improving recovery factor of deep heavy oil reservoir by hot water plus N_2 foam slug is studied by using physical modeling for thermal recovery .

  13. 在此基础上,用Kirchhoff积分法对数字模拟与物理模拟记录的雷达图像作了偏移处理,并给出了实例。

    Finally , Kirchhoff integral migration method was adopted to process the synthesized GPR record and the simulated one , and a example of migration processing was presented .

  14. 本文介绍了柴-柴联合(CODAD)动力装置物理模拟实验系统。

    A Combined Diesel And Diesel ( CODAD ) power plant physical simulation experimental system is introduced here .

  15. 为了揭示岩体边坡渐进破坏的机理,在对边坡渐进破坏进行物理模拟的同时,应用FLAC软件对边坡渐进破坏过程进行了数值模拟。

    To discover the mechanism of progressive failure of rock slope , physical simulation experiment and numerical simulation analysis by means of FLAC software have been done simultaneously .

  16. 在我校原CODOG实验台基础上,完成了CODAG柴燃联合动力装置物理模拟实验台架的设计搭建工作。

    Base on the quondam CODOG experiment plant , the designing and constructing work of CODAG physics simulant experiment plant was completed .

  17. 为了进一步提高水驱稠油油藏的开发效果,利用室内物理模拟实验方法,研究了普通稠油油藏水驱开发后期转CO2吞吐的开采机理及可行性,分析了影响CO2吞吐效果的各项工艺参数。

    In order to further enhance the production performance of conventional water-flooding heavy oil reservoirs , in-house experimental approach is conducted to study the mechanism and feasibility of CO_2 huff puff after water flooding and the recovery parameters affecting the production performance of CO_2 huff puff .

  18. 本文以开发研制TCSC动模实验系统为目标,围绕TCSC的基本运行特性、动模系统的设计以及物理模拟实验等方面开展研究工作。

    This thesis is devoted to the development of a TCSC experimental setup for laboratory purpose . The operation characteristics analysis of TCSC , physical system design and the tests of the experimental setup are involved .

  19. 超稠油SAGP采油物理模拟相似准则及其应用

    Theory and Application of the Scaling Laws for Physical Modeling on SAGP in Extra Heavy Oil Reservoirs

  20. 第四,根据建立的物理模拟装置,进行了包括触发角阶跃响应和工作区域切换在内的TCSC和SVC各种基本运行模式实验,验证了一些重要结论。

    Forth , the basic experimentes of TCSC and SVC , such as step responses and operational region switches , are employed to test the prototype , the circuit configurations and results of the experiments are discussed in detail .

  21. 随着Quadro专业图形,艺术家现在可以使用Softimage公司实现更高水平的现实主义,加入物理模拟他们的工作。

    With Quadro professional graphics , artists using Softimage can now achieve a higher level of realism , by adding physical simulations to their work .

  22. 通过飞机导管高温钎焊时Ni-Cu-Mn-Co钎料传热特征的物理模拟,得到了钎焊间隙的控制要素。

    By the physics simulation when the solder of Ni-Cu-Mn-Co transferred heat in high-brazing the aeroplane pipes , the factors were attained to control the brazing gap .

  23. 对喷射态超高碳钢UHCS-3.0Si进行了等温压缩物理模拟试验,测定了真应力-真应变曲线。

    Ultrahigh carbon steel ( UHCS-3.0Si ) was tested by isothermal compression physical simulation tests as spray-formed state , and true stress vs. true strain curves were obtained .

  24. 从而实现了对大机动无人机KJ-9C和超低空无人机KJ-9E飞行控制系统的动态物理模拟仿真。

    Therefore , dynamic simulation of flight control system may be carried out for the high maneuvering remote pilotless aircraft KJ-9C and the super low alt : 'ude one KJ-9E .

  25. 通过自行研制的三维高压模型本体,利用原有蒸汽驱三维物理模拟试验系统,进行了超稠油油藏的水平裂缝蒸汽辅助重力泄油(FSAGD)室内物理模拟试验。

    The self designed three dimensional high pressure scaled model and the former 3 D physical experimental system for steam flooding was used to simulate the horizontal fracture steam assisted gravity drainage ( FSAGD ) in super heavy oil reservoir .

  26. 斜面结构上二维冰力计算模型的物理模拟实验研究

    Physical model study of two-dimensions ice forces model on inclined structures

  27. 物理模拟研究剩余油微观分布

    A Study on Microdistribution of Residual Oil by Physical Simulation Process

  28. 聚合物驱后剩余油分布物理模拟实验研究

    Laboratory evaluation of distribution characteristics of remaining oil after polymer flooding

  29. 含碎石粘性土边坡渗流系统的物理模拟试验

    Physical model simulation tests on seepage system in debris-containing clay slopes

  30. 上述诸原理共同组成物理模拟能量原理。

    Energy principles for physical simulations consist of all aforementioned principles .