近代物理学
- 网络Modern Physics
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近代物理学中普朗克常量h和光速c是两个最基本、最重要的普适恒量。
In modern physics the two most basically important and applicable constants are Plank constant h and light-speed c which brought about the development of physics .
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本文利用近代物理学中提出的分析方法,对ENSO事件在相空间中的轨迹特征进行了描述。
In this paper , by using the method provided in modern physics , the time series data of ENSO evidence are expanded in phase space .
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Maxwell电磁场理论是迄今为止最成功的物理理论之一,是近代物理学的基础。
Maxwell electromagnetic theory is one of the most successful field theories up to now .
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同样,光学也推动着物理学,尤其是近代物理学的发展。
Moreover , light is putting the development of modern physics .
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近代物理学在中国的本土化探索
To probe into the process of naturalization of modern Physics in China
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近代物理学“混沌理论”浅解
A Brief Study on the " Chaos Theory " of Modern Physics
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试论物理研究方法对近代物理学兴起的影响
Expound the Physical Ways ' Great Effect on the Rise of Modern Physics
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近代物理学的特点与教学方法
Characteristics of Modern Physics and the Methods of Teaching
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这是近代物理学的两个巨头:,爱因斯坦和波尔。
This is the two giants of modern physics : Einstein and Bohr .
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自然哲学与近代物理学之辨
The Debate over Philosophy of Nature and Modern Physics
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第六章结合近代物理学的学科材料,给出5个渗透的实例作为范例。
The sixth chapter gave 5 examples using the material of modern physics .
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中国近代物理学的四位开拓者
The four pioneers of modern physics in China
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近代物理学与核技术
Modern physics spearheaded the development of nuclear technology
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给出近代物理学教材的内容和教学方法及教学手段。
And modern physics teaching content , teaching method and teaching means was provided .
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中学物理教学中渗透近代物理学思想的研究
Research on Taking the Basic Thought of Modern Physics in Middle School Physics Teaching
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近代物理学中力的概念
The Concept of Force of Modern Physics
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简论近代物理学中的悖论
Reflection on paradoxes in modern physics
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近代物理学与经典物理学
Modern Physics and Classical Physics
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声学与近代物理学
Acoustics and modern physics
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近代物理学实验技术的发展,使脂质体的质量研究进入分子水平。
The study of quality control of liposomes achieves molecular level with the development of modern physical techniques .
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本文指出了大量的众所周知的近代物理学、原子物理学及量子力学教材中的一个错误。
This article points out an error in a large number of wellknown textbooks of modern physics , atomic physics and quantum mechanics .
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主题包括:近代物理学的起源,物质的基本结构,太阳系、星体及星系,宇宙的过去、现在与未来。
Topics include : origins of modern physics , fundamental structure of matter , solar system , stars and galaxies , and history and fate of the universe .
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将场协同原理扩展到经典物理学与近代物理学中,并以实例说明场协同原理是强化能量传递与转换过程的一般原理。
A extension of field synergy principle to classical and modern physics by examples shows that field synergy is a generalized principle for enhancing processes of energy transfer and conversion .
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摘要近代物理学教学应该紧密联系实际,使得学生在理论与实际的结合中理解和应用相关知识。
The teaching of modem physics should be closely connected to current practice , which enables students to understand and apply their knowledge in the combination of theory and practice .
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生物医学工程是在电子学、微电子学、现代计算机技术,化学、高分子化学、力学、近代物理学、光学、射线技术、和精密机械发展的基础上,在与医学结合的条件下发展起来的。
Biomedical Engineering is developed by combining electronics , microelectronics , computer technology , chemistry , polymer chemistry , mechanics , modern physics , optics , X-ray technology and precision machinery , with medicine .
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文中述及近代物理学起源于17世纪,经过一百多年(1666~1800)的发展,在欧洲近代的科学观念开始萌芽,并逐渐开花、结果。
Modern physics , he says , originated from the seventeenth century . Having undergone the development for more than one hundred years ( 1666-1800 ), modern scientific idea began to spring up , blossom , and outcome gradually .
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谭嗣同为了给自己的变法活动寻找理论根据,他接受了西方近代物理学的以太概念,并把它和传统儒家的仁相结合,构建了他的哲学体系。
In order to seek the theoretical foundation for his own political reform activity , he accepted the concept of " ether " of modern times physics , and unified it with " Kindheartedness " of Chinese traditional Confucianism .
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Ising模型是近代统计物理学中研究相变问题的具有代表性的简单模型,对于Ising模型扩展形式的解以及它的应用范围,一直是人们关注的课题。
Ising model is a representative model for the studies of phase transition . Great emphasis has been given to the solution of extended Ising model and its application .
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近代天体物理学中的毕达哥拉斯主义倾向
In Modern Times Astrophysics Pythagoras Principle Tendency
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回顾近代历史上物理学与材料科学交叉的一些典型例子;
Selected highlights in recent history of the interaction between physics and materials science are reviewed .