【摘 要】
：
为了进一步提高高师院校学生排球发球技术,提高排球课程教学效果,运用文献资料法、专家访谈法、教学实验法、问卷调查法以及数理统计法对学生排球发球成功率和运动表象能力进
论文部分内容阅读
为了进一步提高高师院校学生排球发球技术,提高排球课程教学效果,运用文献资料法、专家访谈法、教学实验法、问卷调查法以及数理统计法对学生排球发球成功率和运动表象能力进行测试分析。得出:传统教学模式与表象训练教学模式均对排球发球成功率提高、运动表象能力增强、技术动作快速形成动力定型起促进作用,但表象训练教学模式对二者的影响更加显著。
In order to further improve the volleyball serving skills of normal university students and improve the teaching effect of volleyball, the paper analyzes the success rate of volleyball serving and the performance of sports appearance by using the methods of literature review, expert interview, teaching experiment, questionnaire and mathematical statistics . It is concluded that both the traditional teaching mode and the image training mode promote the success rate of volleyball serve, the ability of sports appearance and the rapid formation of dynamic shaping of technical movement. However, the effect of the image training mode on them is more significant.
其他文献
In this talk, we will present our recent results on interface engineering for graphene synthesis and related devices, particularly, high-quality graphene tr
Nanotechnology is providing a new set of tools to design and manufacture miniaturized devices such as sensors or on/off chips networks.Such devices require
在中国当代艺坛上,尚扬先生无疑是当代艺术的垦荒者之一。相对于当代艺术的发展而言,尚扬的当代艺术行程与时下的当代艺术保持相关性,但却有所距离。探讨这其中的缘由或许会
Two-dimensional (2D) transition metal chalcogenide (TMDC) materials have been emerging as one central topic of the entire physical science and engineering.T
用来自杂交组合泉花646×粤油200的F7品系045/23作母本与来自杂交组合004/222×桂花20的F5品系045/1作父本进行有性杂交,选育出花生品种桂花833.该品种是一个高产、高油、综
The epitaxial CVD growth on catalyst surface is the most promising method of synthesizing high quality, large area graphene.A complete growth process includ
Graphene field effect transistor (GFET) has attracted significant attention for potential radio-frequency (RF) applications due to its outstanding carrier m
A CMOS compatible graphene integrated circuit technology is developed.In contrast to traditional Si CMOS technology, this creative process is inverted proce
The studies in graphene reinforced aluminum alloys have already reported that the addition of 0.1-0.3 vol.% graphene can impressively increase the material
Since the exfoliation of graphene from HOPG,the properties of graphene have been intensively investigated.[1] The mobility of suspended graphene can reach a