【摘 要】
：
体育管理专业人才的培养关系到体育事业的长远、健康发展,我国的体育事业起步较晚,专业化、高素质的体育管理人才相对缺乏,这是制约我国国民体育事业发展的一大因素。本文以S
论文部分内容阅读
体育管理专业人才的培养关系到体育事业的长远、健康发展,我国的体育事业起步较晚,专业化、高素质的体育管理人才相对缺乏,这是制约我国国民体育事业发展的一大因素。本文以SWOT分析法为主线,对目前我国高校体育管理专业人才培养模式所面临的优势与劣势、机遇和挑战等因素进行分析,并以此提出适合我国体育管理人才培养的战略措施。为推进我国体育管理人才的培养步伐提供参考。
The cultivation of sports management professionals relates to the long-term and healthy development of sports undertakings. The sports career in our country started relatively late, and there is a relative lack of specialization and high-quality sports management personnel. This is a major factor restricting the development of our national sports undertakings. This article takes SWOT analysis as the main line, analyzes the advantages and disadvantages, opportunities and challenges facing the current PE management professionals in our country and puts forward the strategic measures suitable for the training of sports management professionals in China. To promote the pace of training of sports management personnel to provide reference.
其他文献
The insoluble species of Gd (Ⅲ) in human blood plasma were investigated by computer simulation. The distribution of the Gd (Ⅲ) species was obtained. It was fo
A series of Cu/Zn based catalysts with and without Ni, prepared by the co-precipitation method, has been studied for methanol decomposition. CO and H2 are the m
Several models in noncommutative geometry (NCG) with mild changes to the standard model are introduced to discuss the neutrino mass problem. We use two constrai
In a coupled map system, an attractor which seems to be strange nonchaotic attractor (SNA) is discovered for nonzero measure in parameter range. The attractor h
本文首先指出球谐函数不是球面上唯一的正交函数系，接着证明了体谐函数的一阶、二阶水平导数（称之为广义球函数）也是球面上的正交函数系，最后利用球面上的正交函数系研究了物理大地测量中的一阶、二阶梯度边值问题。
利用MALDI-TOFMS测定了八种人参皂苷的分子量,并分析了西洋参总皂苷的组成.同时,进行了灵敏度实验,并探讨了基质及碱金属离子的影响,证明该方法灵敏度高,重复性好,结果准确.
随着时代的进步与科技的发展，现代高校的档案管理也在不断的进步与发展，信息化技术的发展为高校档案的管理带来了新的机遇与挑战。传统的管理路径存在一定的不足之处，本文主要对
研究了ＴｉＦｅＮｉＬａ合金的组织结构与吸放氢性能．利用光学金相显微技术，Ｘ射线衍射技术和电子探针分析了合金成分变化对其金相组织、第二相形态及分布的影响．利用自制真空吸氢反应器测试
用真空双蒸发源交替蒸发法和单蒸发源混合瞬时蒸发法制备了Ag-MgF2金属陶瓷薄膜。透射电镜、电子衍射、X射线衍射以及X射线光电子能谱分析结果表明，薄膜由晶态超微粒Ag镶嵌于