对竞技体育与群众体育关系的再认识

通过对我国竞技体育与群众体育的发展现状调查，对我国体育事业发展严重失调的现象进行了分析。从理论上、战略上、竞技化等方面阐述了竞技体育与群众体育的关系。认为只有加深认识，转变观念，才能真正落实国家体育总局提出的要切实地将体育工作重点转移到增强人民体质，提高国民素质这项基本任务上来。     

管理出奇迹--学习《星光为何这般灿烂?》一文的启示

因学习《星光为何这般灿烂？》一的启发，深入研究中国乒乓球队科学管理的经验，提出以为本、系统理念、乒乓化、创新出效、竞争求胜等规律。     

成人教育与终身教育

成人教育是普通教育的补充和延伸，有其自身特色，它又是终身教育的重要组成部分，实施终身教育必须依托成人教育。体育成人教育又是成人教育的有机成分之一。时代呼唤终身教育，社会需要成人教育，二者有其有内在联系，也存在区别。本文试图就成人教育、体育成人教育和终身教育的意义、作用及其关系作一简略述评。     

高校乒乓球教学中专项意识的培养

乒乓球的专项意识不是自发产生的 ,它是在大量的练习和比赛中获得的。学生在练习中不受正确的意识指导 ,就会受错误的意识支配。教师在教学中应注重对学生进行乒乓球专项意识的培养 ,加速运动技能的形成。     

高校体育教师教育科研应突出实践性

本丈分析了影响高校体育教师教育科研突出实践性的主要因素，认为高校体育教师教育科研的侧重点在于突出实践性，阐明了高校体育教师教育科研突出实践性的对策。     

跳远教学的回归分析

用回归分析方法对大学男女生跳远成绩与身体素质的关系进行了统计运算、逐步筛选并建立回归方程。其结果与男生跳远成绩相关的主要因素是 5 0m跑和原地纵跳 ;女生则为 5 0m跑和立定跳远。     

世界体育强国的竞争格局与我国<奥运争光计划>的实施

采用文献资料、数理统计及综合分析法 ,针对第 2 7届奥运会获金牌前 8名国家所获金牌项目进行统计 ,对比分析各个国家竞技体育强项的分布 ,旨在为加强我国奥运项目发展提供依据。结果表明 :我国的传统优势项目再度显示了强大的威力 ,基础大项和水上项目仍是我们的薄弱环节。     

Environmentally-induced stone decay: the cumulative effects of crystallization–hydration cycles on a Lincolnshire oopelsparite limestone

An investigation has been undertaken at St Andrew’s church, Walpole St Andrew, Norfolk, to establish the underlying causes of the observed stone decay to the upper parts of the six stone piers. The stone decay was first recorded in the early 1930s. The salt-contaminated masonry within the church has been shown to undergo severe salt decay during the summer, with little damage occurring over the winter months. The south aisle piers have been shown to decay 2.5 times faster than the north aisle piers. Although crystallization–hydration cycles have been identified, the rate of decay is at its greatest when the cycling is relatively infrequent. This was not the expected trend. Furthermore, it has been shown that during extended periods where the ambient relative humidity is less than 75%, the rate of decay reaches a maximum. It is the length of this ‘drying’ period that apparently has the greatest influence on the rate of decay and could explain the significant difference in the rate of decay between the south and north aisle piers. The results have serious implications for passive conservation, where it is often recommended to lower the ambient relative humidity to well below the equilibrium relative humidity of the salt contaminant, to avoid crystallization–hydration cycles. Since, at the time of building, the church was situated on the coast, it is possible that the sodium chloride contamination occurred during the building process (1440–1520), particularly since the area was prone to sea-flooding at this time. Alternatively, the salt could have been applied as a treatment during the general restoration of 1897. Whatever the source of the salt, it seems likely that the ambient environment was changed by the insertion of a sealed floor in 1897, which could account for the onset of the salt decay.