1) high school physics
高中物理
1.
Metacognition training in solving problems of high school physics;
高中物理问题解决的元认知训练研究
2.
Teaching concept under new high school physics curriculum standards——For example the acceleration;
高中物理新课标下的概念教学——以加速度概念为例
3.
Practical Research on Multiple-experiment Teaching in High School Physics Teaching;
高中物理多元实验教学实践探究
2) senior physics
高中物理
1.
A Study of Senior Physics Teaching and Instructing Model of Self-regulated Learning;
高中物理“自主学习”教学指导模式研究
2.
Research on Links between Junior and Senior Physics Teaching in the New Curriculums;
新课程下初高中物理教学衔接的研究
3.
Research on the Design of Senior Physics Classroom Teaching Goals;
高中物理课堂教学目标设计研究
3) senior middle school physics
高中物理
1.
Exploration of research study in senior middle school physics teaching;
高中物理教学实施研究性学习的探究
2.
The new senior middle school physics curriculum criteria advocates the idea of the student-centred classroom teaching by changing the received teaching method overemphasized in the past.
高中物理课程改革倡导以学生为中心的课堂教学理念,改变过去过于注重知识传授的教学方式,注重学生的自主学习。
6) intermediate and high energy nuclear physics
中高能核物理
1.
Several problems in intermediate and high energy nuclear physics have attracted considerable attention in these years:(1) Nucleon electromagnetic form factors.
简要介绍和评述了近几年来中高能核物理中一些受关注的问题,重点介绍了核子电磁形状因子和K-介子与原子核相互作用势强度问题。
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