谈轮滑球与冰球技术、战术的内在联系

就轮滑球与冰球运动的特点，即对两项运动的技术、战术的内在联系进行了剖析，以此来普及和推广这项极具开发潜力的集体运动项目。     

冰球运动员假动作的分析

从运动生理学和心理学视角对冰球比赛中运动员假动作的形成进行了分析,指出观察与思维是运动员假动作形成的基础.探讨了假动作的训练,及在进攻和防守中的运用.     

对我国优秀女子乒乓球削球打法运动员的技战术分析

削球打法在乒乓球技术发展的不同时期,为我国健儿攀登世界高峰立下了汗马功劳,对推动中国和世界乒乓球运动的发展起到积极作用。据统计,从1960—1995年的35年间,中国女子削球运动员参加的世界乒乓球锦标赛中,有15人次获得前3名的佳绩,共夺得29块奖牌,这足以证明女子削球打法曾经占有的主导地位和所起的重要作用。     

我国优秀速滑运动员直道滑行技术的生物力学分析

通过对中国速度滑冰运动员滑行新技术与旧技术(采用旧式冰刀)的运动学指标对比分析，总结出直道滑行新技术运动学特征，为提高中国速度滑冰运动成绩及探索适应新技术的训练方法，提供参考依据。     

费德勒与卢彦勋比赛中发球阶段技战术的对比分析（节选）

1研究对象 以中国台北的卢彦勋和前世界排名第一的费德勒在2009年温网首轮比赛中的发球技术为研究对象。     

血管紧张素Ⅰ转换酶基因插入/缺失多态性与中国运动员运动能力关联性的Meta分析

目的:采用Meta分析的方法探讨血管紧张素Ⅰ转换酶(ACE)基因插入/缺失(I/D)多态性与中国运动员运动能力的关联性.方法:系统地检索PubMed、EMbase、CNKI、CBM、VIP、WanFang data中有关ACE I/D基因多态性与中国运动员运动能力关联性的病例—对照研究,检索时间均为建库至2015年8月1日.由2位研究者按纳入和排除标准独立筛选文献、提取数据,采用Stata12.0软件进行Meta分析.结果:共纳入15个病例—对照研究(含17个比较).Meta分析结果显示,ACE I/D基因多态性与中国运动员运动能力的关联性在所有基因模型比较中均无统计学意义.根据不同运动类型进行亚组分析显示,ACE DD基因型及D等位基因与力量型、耐力型运动能力的关联性有统计学意义,与游泳类无统计学意义.敏感性分析结果表明结果稳定性较好,漏斗图结果显示各基因模型比较均不存在发表偏倚.结论:ACE DD基因型和D等位基因与中国力量型运动员运动能力呈正相关,与耐力型运动能力呈负相关,与游泳类运动能力不相关.     

浅谈少年冰球运动员选材

从身体形态、机能、素质的等方面,谈少年冰球运动员选材,并给出相应的选材评价参考标准.同时指出遗传、发育、心理、基本技术等方面对选材的重要影响.     

谈冰球运动员的赛前心理准备

冰球运动员的赛前心理准备至关重要,是获取比赛胜利的前提.从运动员赛前心理状态出发,认为制定适宜的比赛动机、正确的心理定向、合理控制比赛情绪、树立必胜信念和适应性训练是赛前心理准备的重要内容.     

谈少年冰球运动员身体素质训练

对少年冰球运动员发展身体素质的重要性及最佳训练时期进行了论述,提出了在陆地发展少年冰球运动员速度素质、力量素质、耐力素质、灵敏协调素质的具体方法和训练手段.     

浅谈冰球运动员赛前心态调整

通过问卷、走访教练员，发现我国各级冰球队伍中赛前心理训练不受重视，且调整手段单一、滞后。针对冰球运动员赛前情绪波动的诱因、类型加以分析，并提出一些具体的调适方法供教练员选用。     

论冰球运动员的道德修养

在冰球运动的训练工作中,对运动员的道德修养教育重视程度不够.冰球运动是一项非常艰苦的体育项目,除了对运动员进行科学的、大负荷训练外,还应培养运动员爱岗敬业、积极进取、奋勇拼搏等综合素质.     

Dynamic strain profile of the ice hockey stick: comparisons of player calibre and stick shaft stiffness

The goal of this research was to develop a method to quantify the dynamic strain profile (DSP) of an ice hockey stick shaft and assess the potential influence of player skill and stick shaft stiffness on DSP during slap (SS) and wrist shots (WS). Seventeen adult males performed shots with two different stick stiffness’ on synthetic ice. Subjects were subdivided as high (HC) and low calibre (LC). Dependent measures included strain measures from five strain gauge pairs along the shaft length recorded at 10 kHz. In general, this approach was sufficiently sensitive to clearly distinguish between shot types (strains SS > WS), player calibre (strains HC > LC) and stick models (strain flex77 > flex102) as well as to identify within stick deflection differences along the shaft. This strain based analysis has a time and spatial resolution undetected by common motion capture based systems.     

Three-dimensional analysis of blade contact in an ice hockey slap shot,in relation to player skill

The purpose of this study was to examine the three-dimensional movement profile of the blade during a stationary slap shot, as a function of player skill level. A total of 15 subjects participated; eight were classified as elite and the remaining seven were recreational. Performances were evaluated by simultaneously recording the movements of the stick’s lower shaft and blade with high-speed video (1000 Hz), the time of stick-ground contact with two uniaxial forceplates and time of blade-puck contact with a uniaxial accelerometer mounted within the puck. Data were analysed with a two-way MANOVA for several dependent variables including linear kinematics, temporal phase data and global angles. The results indicated that skill level affected blade kinematics, with elite shooters tending to alter timing parameters (i.e. phase length), magnitude of linear variables (i.e. displacement, etc.) and the overall blade orientation to achieve a higher velocity slap shot. These analyses identified a unique ‘rocker’ phase within the execution of the slap shot in both groups.     

The performance of the ice hockey slap and wrist shots: the effects of stick construction and player skill

The purpose of this study was to examine the interaction of players’ skill level, body strength, and sticks of various construction and stiffness on the performance of the slap and wrist shots in ice hockey. Twenty male and twenty female subjects were tested. Ten of each gender group were considered skilled and ten unskilled. In addition to general strength tests, each subject performed the slap and wrist shots with three stick shafts of different construction and stiffness. Shot mechanics were evaluated by simultaneously recording ground reaction forces from a force plate, stick movement and bending from high speed filming and peak puck velocity from a radar gun. Data were analysed with a 4-way repeated measures ANOVA for several dependent variables including peak puck velocity, peak Z (vertical) force, peak bending and stick to ground angles, peak angular deflection of the shaft, and hand placement on the stick. The results indicated that: 1) the slap shot was much faster than the wrist shot corresponding to greater vertical loading force, stick bending, and greater width of the hand placement; 2) the puck velocity was influenced by skill level and body strength but not stick type; and, 3) that skilled players were able to generate more vertical force and bend of the stick, in part, by adjusting their hand positions on the stick. Further studies are needed to address the specific influence of body strength and skill on the techniques of these shots and in relation to stick material and construction properties.     

Effect of ice hockey stick stiffness on performance

Hockey sticks have undergone a dramatic transformation from wood to aluminum to composite in just over the past 20 years. With the introduction of different materials, there has been increasing interest in how the material properties affect shot speed. This study examined the effects of stick stiffness from measured swing motion on puck speed. Stick evaluation involved a six amateur player study, quasi-static stiffness measurement, video motion analysis, and numerical simulation. The effect of stiffness on puck speed was observed to depend on shot type. For shots involving large stick loading, as occurs with a slap shot, puck speed decreased as stick stiffness increased. The trend was consistent with a constant force player model. For shots involving low stick loading, as occurs with a wrist shot, puck speed increased as stick stiffness increased. The trend was consistent with a constant displacement player model. Finite element simulation of the slap shot agreed generally with the results of the player study and was used to find an optimal loading distance (distance that the stick contacts the ice prior to the puck) to be 24 cm.