2) Budget Management Section
预算管理科
3) the subject of Physics
物理学科
1.
This paper mainly studies the development and construction of Physics teaching resources based on WEB,which provides normalization for the teaching of Physics for undergraduates majoring in Physics Education,technological conditions for the separation between teaching and examination,precious resources for the construction and sustainable development of the subject of Physics.
研究基于WEB的物理学科教学资源开发与建设,为物理教育本科专业教学的规范化提供依据,为教考分离提供技术条件,为学科建设、学科可持续发展积累宝贵的资源。
2.
The course integration of information technology and the subject of physics makes the teaching method change radically, and it provides a good base to develop students activity and creativity.
信息技术与物理学科课程整合,使教学方式发生了根本性的变革,为充分发挥学生的主动性和创造性提供了良好的基础。
4) engineering physics
工科物理
1.
Introduction of Feynman s path integral theory into engineering physics;
在工科物理中引入费曼路径积分理论
2.
The author puts forward a way of strengthening the modern contents in the teaching of engineering physics in Taiyuan University of Technology.
提出在太原理工大学工科物理教学中充实近代物理内容的一种途径 :工科物理教学内容与后续的专业基础课理论力学 (或工程力学 )、电工基础 (或电路 )和物理化学 (或工程热力学 )有不同程度的重叠 ,通过协调 ,在工科物理教学中精简或删除与上述课程内容重复的部分 ,腾出的学时用于充实近代物理及其应用内容的教
3.
On the basis of practical experience of teaching,the thesis puts forward several proposals about improving the teaching material of engineering physics:stiring the students interest;complying with the law of physical cognifion;stressing the physical thinking;paying attention to moulding the physical thought.
以教学实践经验为基础,提出了工科物理教材建设中的几个改革思路:激发学生学习兴趣;遵循物理认知规律;突出物理思想;重视思维塑造。
5) Physics Majors
物理本科
1.
The Strategic Analysis on Cultivation of Application-oriented Talents in Physics Majors for Poor Mountainous Areas in Western China;
西部贫困山区物理本科应用型人才培养策略
6) physics
[英]['fɪzɪks] [美]['fɪzɪks]
物理学科
1.
Researching in the courses of physics integrated information technology;
信息技术与物理学科课程整合的探讨
2.
Creativity training and physics education;
创造力的培养与物理学科教育
3.
The study examines the historical development from local-based to world-class physics departments in American universities from five aspects—bottleneck, opportunity, institutional innovation, resource and new form of academic organization.
本文主要从美国大学物理学科发展的瓶颈、学科机遇、制度创新、学科资源、学科新型组织等五个方面,论述了在现代物理学的发展过程中,美国大学物理学科从一个地方性的、处于世界科学边缘的学科,逐渐发展成世界一流学科的历史轨迹。
补充资料:物理学危机(见物理学革命)
物理学危机(见物理学革命)
crisis in physics
谜幂咪革命奋一(c ris始inphysics)见漪理学
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条