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当代物理
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  “当代物理”译为未确定词的双语例句
     THE APPLICATIONS OF MODERN DEMONSTRATION AND TECHNOLOGY IN PHYSICAL TEACHING
     当代物理演示与技术在物理教学中的应用
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     New Method of Modern Physics in Research of Disaster
     天灾研究中的当代物理新途径
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     As the conformity of information technology and physics are executed, the information technology is widely applied in physics teaching. It is one of the goals and requirements in modern physics education that we can apply the information technology rationally to the education innovation.
     随着信息技术与物理课整合的研究实施,信息技术在物理课的教学中得到了广泛运用,在教学中合理运用信息技术开展创新教育是当代物理课教育目标与要求。
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  相似匹配句对
     New Method of Modern Physics in Research of Disaster
     天灾研究中的当代物理新途径
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     Black Hole Physics
     黑洞物理
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     Earthquake-generated tsunamsi: their physics, monitoring and warning
     海啸的物理
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     Contemporary Ceramics
     当代陶艺
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     Contemporary Perspeetives
     当代的角度
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  contemporary physics
The envisaged experimental programme with radioactive beams, being prepared within the NuSTAR collaboration, will cover most aspects of contemporary physics within nuclear structure, astrophysics and reactions.
      
The understanding of the spreading of liquids on solid surfaces is an important challenge for contemporary physics.
      
In the closing chapter an attempt is made to review the most interesting opinions on various aspects of contemporary physics research and its relations to society.
      
The essential aspect of contemporary physics is to understand properties of nucleonic matter that constitutes the world around us.
      
GrabińskaRealism and Instrumentalism in Contemporary Physics, Wroclaw Technological Institute, 1992, M.
      
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Advancing Physics is a contemporary course developed by the Institute of Physics as part of a response to the falling number of students aged over 16 who study physics in Britain. This course is contemporary in content and mode of delivery, and is also attractive and accessible to the widest possible range of students. Teaching and assessment are designed to give students opportunities to pursue and develop their own interests while examining their understanding of physics. Chinese physics teachers in school...

Advancing Physics is a contemporary course developed by the Institute of Physics as part of a response to the falling number of students aged over 16 who study physics in Britain. This course is contemporary in content and mode of delivery, and is also attractive and accessible to the widest possible range of students. Teaching and assessment are designed to give students opportunities to pursue and develop their own interests while examining their understanding of physics. Chinese physics teachers in school and college may learn from this reform how new changes make teaching and learning physics different as never before.

与我国的情形相类似 ,英国 16岁以上学生选学物理的人数逐年下降 .“进展的物理”正是英国物理学会(the Institute of Physics)为吸引更多 16岁以上学生学习物理而开发的当代物理课程 .文章介绍了这一高中物理课程改革的时代背景和基本理念、全新的课程内容和结构、新颖的学习方式和评价模式 ,试题的形式和例子 ,对我国正在进行的中学及大学物理课程改革有一定的参考借鉴作用 .

The rapid development of modern physical sciences and computer technology opened new prospects for petrophysical studies Now, the Lattice Gas Automation (LGA) and Lattice Boltzmann (LB) are such powerful tools to study the micro dynamics of fluid flow and electrical current in a complex media. It can provide insight into the mechanisms of the micro phenomenon. In this study, we studied electrical transport properties of porous media with 2D LGA. Contrary to the traditional viewpoints,our simulating results...

The rapid development of modern physical sciences and computer technology opened new prospects for petrophysical studies Now, the Lattice Gas Automation (LGA) and Lattice Boltzmann (LB) are such powerful tools to study the micro dynamics of fluid flow and electrical current in a complex media. It can provide insight into the mechanisms of the micro phenomenon. In this study, we studied electrical transport properties of porous media with 2D LGA. Contrary to the traditional viewpoints,our simulating results clearly disclosed the physical meaning of the Archie parameters a, b, m, n. The simulation results also demonstrate that the so called non-Archie behavior of the porous rocks is the inherent nature of the complex current paths of the rock matrix and pore fluids mixture. It is proved by our results that Archie equations are merely the linearized approximations of F- and I-S w relations of porous media in the moderate ranges of porosity and fluid saturation. We thus developed a set of new equations to calculate fluid saturation with electrical measurements. The new equations can be applied to much broader ranges of porosity and fluid saturation with higher accuracy. Investigations on electrically anisotropic porous media are also carried out to simulate the F- and I-S w relations along different directions. We found it would result in erroneous for electrically anisotropic rocks if we apply the F- and I-S w relations obtained by the measurements along one direction. A new formula was developed to combine the measurements in all directions to calculate fluid saturation in anisotropic media. We finally discussed in this paper the prospects of applying LGA and LB to simulate acoustic and nuclear magnetic resonance fields to determine the production parameters of complex reservoirs.

当代物理实验科学和计算机科学技术的巨大进步为岩石物理的理论和实验研究开辟了新的领域.在细胞自动机基础上发展起来的格子气自动机和格子玻尔滋曼方法就是这种技术进步的产物.本文讨论了格子气自动机的发展及其应用于研究多孔岩石微观孔隙结构对宏观导电特性影响的新方法. 我们开发的模拟多孔岩石导电特性的数值实验新方法,提供了一种可深入到从微观孔隙结构这个尺度上来考察具有复杂孔隙结构的,孔隙度小于10%的低孔、低渗岩石的宏观导电特性及其影响因素.研究表明:Archie 系数m,n并不是传统上的意义,研究各种不同条件下F-、I-Sw 关系,结果显示非阿尔奇现象与孔隙介质中孔隙、骨架和流体的混合导电网络有关,得出新的饱和度计算公式.同时还研究了泥质含量和分布、电阻率各向异性对宏观导电特性的影响,提出适用于电阻率各向异性地层的F-、I-Sw 的关系.本文最后探讨了应用格子气自动机和格子玻尔滋曼方法进行岩心渗流和核磁共振数值实验的新方法及其发展前景.

As the conformity of information technology and physics are executed, the information technology is widely applied in physics teaching. It is one of the goals and requirements in modern physics education that we can apply the information technology rationally to the education innovation.

随着信息技术与物理课整合的研究实施,信息技术在物理课的教学中得到了广泛运用,在教学中合理运用信息技术开展创新教育是当代物理课教育目标与要求。

 
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