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1)  experimental science
实验科学
1.
However, what could it not be to result experimental science in China? This paper makes analyses in some sides.
但是,“质测”研究为什么未能导致实验科学的产生呢?本文试图从几个方面进行分
2.
And there is a speeial introduction of his brilliantcontribution to the building on gravitational theory and developmentof experimental science.
较全面地介绍了继伽利略之后17世纪最伟大的实验物理学家胡克(RobertHooke)在力学、物理学、化学、生物学、地质学和建筑设计等诸领域中所作出的重大贡献,特别介绍了他对引力理论的建立和实验科学的发展所作出的特殊贡献。
3.
Physics is an experimental science, and how is this materialized in the teaching? This article analyses the status quo of physics education overseas and at home and brings forward the suggestions how to strengthen experimental teaching in the physics education.
物理学是一门实验科学,如何在教学中体现这一点?在分析了国内外物理教育的现状后,提出了在物理教学中如何加强实验教学的意见。
2)  scientific experiment
科学实验
1.
Samuel Chao Chong Ting s scientific experiment thought;
丁肇中的科学实验思想述略
2.
The article described that scientific research never divate from scientific experiment,and the relationship among the laboratory construction and the first-class university,and the innovative talents cultivation.
阐明了科学研究离不开科学实验,讨论了实验室建设与一流大学建设、与创新人才培养的关系,提出了加强实验室与实验技术人员管理的意见与建议。
3.
Not only is scientific experiment an important activity of knowledge production with knowledge value ,but it also brings the important function on technology ,humanities by means of permeating,internalizing,innovation,spreading and so on ,therefore ,it inherents values of technology and humanities.
科学实验不仅是一项重要的知识生产活动,具有知识价值,而且还通过渗入、内化、拓展等方式对技术和人类的文化发挥重要功能。
3)  science experiment
科学实验
1.
This paper expounded of tewught experiment and the difference between thought experiment and science experiment,and discussed the application of thought experiment in chemistry.
该文阐述了思想实验的涵义与科学实验的区别,讨论了思想实验在化学研究中的应用。
2.
The paper compared and analized the function of the experiment work environment by the dertailed informations,and pointed out that the work environment of science experiment directly infected the construction of the first class universities.
该文用翔实的资料,对比、分析了国内外大学科学实验工作环境的作用,指出科学实验的工作环境直接影响一流大学的建设。
3.
The point that this text discussed is creative educationally is a frontier spirit to educate student with creative ability, and science experiment is mankind cognition of one of the activity of the world s importance; Further studied the high etc.
论述了创新教育的重点是培养学生的创新精神和创新能力 ,科学实验是人类认识世界的重要的活动之一 ;探讨了高等学校进一步深化实验教学改革 ,加快创新人才培养的思路和措施。
4)  scientific practice
科学实践
1.
From historical to theories of scientific practices: HPS and its problems;
从历史转向到科学实践理论
2.
Exploring study should be encouraged in teaching and integrate theory with practice to arouse students interest, making science education be closely to real scientific practice.
文章提出在教学中应倡导探究性学习,理论联系实践,更好地激发学生学习兴趣,使科学教育尽可能接近真实的科学实践。
3.
The scientist s point of view has turned into the scientific practice because of the conflict between the Logical Positivism and the Social Construction in Philosophy of Science so that the scientific concept with a strong sense of history can be shown and many scholars start thinking of the value of Marxist dialecti.
科学哲学中逻辑实证主义与社会建构主义的冲突使人们研究的角度走向了科学实践,从而使一种具有强烈历史感的科学观得以显现,也使不少学者从不同视角开始思考马克思主义的辩证法与实践观的价值。
5)  scientific fact
科学事实
1.
The process of scientific discovery is to use some scientific concept to give the empirical fact meaning and make it become the scientific fact.
科学发现的过程是以一定的概念框架为基础,赋予经验事实以存在意义,并将其上升为科学事实的过程。
2.
formal system and scientific fact, clearly displays the hermeneutic meaning of scientific text.
将保罗·利科的文本条件运用于科学的基本文本 ,即形式系统和科学事实 ,就可以发掘出科学文本的解释学意义。
6)  positive science
实证科学
1.
This paper analyses what Friedman has offered to Philosophy of Science,Economics and its methodology from two aspects-the aims of positive science and "as if"method.
本文从实证科学的目的与“仿佛”方法两个方面分析了弗里德曼对科学哲学与经济学及其方法论的贡献。
2.
Is the historical materialism founded by Marx a great philosophical theory,or a real positive science? It\'s a important theoretical problem for us to answer.
哲学与实证科学之间存在着根本性的差别。
补充资料:大庆油田开发科学实验陈列室
      中国专业性科技博物馆。位于黑龙江省大庆市让胡路。1960年8月2日建成油田陈列室对外开放,当时称为"地宫"。以后,陈列室逐渐扩充完善。
  
  该馆收藏的石油地质标本十分丰富,其中岩心标本库藏有松辽盆地、海拉尔盆地、三江盆地的岩心标本就有17万米。这些标本来自1300多口探井和资料井,且在逐年增加。
  
  全馆陈列面积 1480 平方米,陈列展出标本和实物2500件,技术图表和模型近500件。该馆分设4个陈列室:石油地质开采陈列室介绍石油的生成和储集、勘探方法、开采技术等方面的基础知识;大庆油田陈列室介绍大庆油田的石油地质特征、勘探开发程序和不同开发阶段的技术措施;岩心标本陈列室展出长465米、比例为1:1的大庆油田油层剖面和 1:200的松辽盆地地层剖面;科研成果陈列室介绍大庆科技人员在石油地质和油田开发方面的主要科研成果。
  

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