用系统论的观点指导物理教学

探讨了物理教学系统中各子系统的特点、作用和相互关系 ,各子系统既自成体系 ,又相互联系 .指出如何用系统论的观点指导物理教学 ,以提高教学质量 .     

The consequences of the discovery by W. C. Röntgen for present-day medical physics and radiation protection

When the German physicist W. C. Röntgen discovered X-rays, which were named after him, he introduced a new development in medicine and biology: together with the discoveries of A. H. Becquerel and M. Curie, radiology with its diagnostic and therapeutic methods was made possible. The medical physicist has an important task to fulfill in modern radiotherapy, nuclear medicine and radiodiagnostics. The longtime interdisciplinary collaboration has won the international recognition of medical physics as a scientific discipline, a health care profession and a university subject. Several incidents, including contemporary ones, show that the efforts made towards radiation protection must remain an important domain of the specialist.     

从高中物理课程标准看高等师范院校物理教育改革

根据高中物理课程标准 ,从几个方面谈高等师范院校物理教育改革     

利用物理悖论及其思想优化高中物理教学

通过阐述悖论的内涵及其在物理学发展中的作用，分析了物理悖论的种种教学价值．基于高中学生的认知发展和个性心理发展特征，提倡在高中物理教学中适当采用“导致悖论法”教学，优化高中物理教学效果，并对如何实施提出了参考性建议．     

四氟丙酸钠合成控制

为了解决目前国内使用的农药存在高毒,高残留的问题,开发了一种低毒,高效的一种新型农药四氟丙酸钠.根据合成工艺的路线选择,四氟乙烯与氰化钠在水和水溶性有机溶剂组成的反应体系中进行亲核加成反应,继而在碱性介质中水解生成四氟丙酸钠的合成工艺影响的诸多因素,寻找最佳工艺控制方案.合成控制的四氟丙酸钠方案与其它同类方案相比有着简单易行,控制技术优越的特点,具有广阔的应用前景.     

麦克斯韦方程组的相对论协变性

本文在推证麦克斯韦方程组的相对论协变性的过程中,进一步阐明电荷密度和电流密度的相对性意义。     

Applications of Atomic and Molecular Theory to Calculations in Space Science and Engineering

A systematic elaboration is given on atomic and molecular theory problems encountered in dealing with space science and engineering. Three sections are presented in the paper on calculations for gas thermodynamic and transfer properties, characteristics of the optical radiation from the reentry' bodies, and the interaction between surfaces of man-made satellites and incident particles. Researches on them are much related to the fundamental problems regarding the atomic and molecular theory.     

道家之"道"与现代物理学之"道"的相异趋同性

通过对现代物理学的世界观向着先秦道家某些思想归复的特征之剖析,呼吁在新世纪中,应当一如既往地努力研究和宣传中国传统思想,把“发掘神州瑰宝,弘扬华夏文化”的热潮推向一个更高层次的崭新阶段.     

瓦尔特·迈斯纳和超导物理学初期发展

回顾了瓦尔特·迈斯纳的生平,讲述了1911～1933年人们对超导体认识上的偏见及影响人们认识超导磁性质的实验因素,介绍了迈斯纳对超导物理学发展的贡献和迈斯纳效应现象的发现.