中国体育科技
中國體育科技
중국체육과기
China Sport Science and Technology
2015年
3期
3~22
,共null页
力量训练 研究热点 演进特征 共词分析 知识图谱
力量訓練 研究熱點 縯進特徵 共詞分析 知識圖譜
역량훈련 연구열점 연진특정 공사분석 지식도보
strength training ; hot research topics ; evolution characteristics ; co-word analysis ;mapping knowledge domain
运用文献资料调研、数理统计、共词网络、知识图谱等研究方法,对国外力量训练研究热点主题的百年演进特征进行了分析。结果发现：1）国外力量训练研究领域的知识存量呈指数式快速增长,知识点之间已形成错综复杂的知识网络,网络结构基本循＂单核心复杂网络——双核心复杂网络——多核心复杂网络＂的路径演化;2）国外力量训练研究主要围绕机体对抗阻力量训练的反应与适应这一主轴展开,并分化出众多相对独立且又相互关联的研究主题,主题间仍处不断分化与融合过程中;3）热点研究主题既有一定的重叠性和连续性,同时也具有发展性和递进性,整体上因循水平演化、垂直演化和协同演化3种模式演进。
運用文獻資料調研、數理統計、共詞網絡、知識圖譜等研究方法,對國外力量訓練研究熱點主題的百年縯進特徵進行瞭分析。結果髮現：1）國外力量訓練研究領域的知識存量呈指數式快速增長,知識點之間已形成錯綜複雜的知識網絡,網絡結構基本循＂單覈心複雜網絡——雙覈心複雜網絡——多覈心複雜網絡＂的路徑縯化;2）國外力量訓練研究主要圍繞機體對抗阻力量訓練的反應與適應這一主軸展開,併分化齣衆多相對獨立且又相互關聯的研究主題,主題間仍處不斷分化與融閤過程中;3）熱點研究主題既有一定的重疊性和連續性,同時也具有髮展性和遞進性,整體上因循水平縯化、垂直縯化和協同縯化3種模式縯進。
운용문헌자료조연、수리통계、공사망락、지식도보등연구방법,대국외역량훈련연구열점주제적백년연진특정진행료분석。결과발현：1）국외역량훈련연구영역적지식존량정지수식쾌속증장,지식점지간이형성착종복잡적지식망락,망락결구기본순＂단핵심복잡망락——쌍핵심복잡망락——다핵심복잡망락＂적로경연화;2）국외역량훈련연구주요위요궤체대항조역량훈련적반응여괄응저일주축전개,병분화출음다상대독립차우상호관련적연구주제,주제간잉처불단분화여융합과정중;3）열점연구주제기유일정적중첩성화련속성,동시야구유발전성화체진성,정체상인순수평연화、수직연화화협동연화3충모식연진。
Evolution characteristics of hot topics of overseas researches on strength training in hundred years are analyzed in this paper by using the methods of literature investigation,mathematical statistics, co-word network and mapping knowledge domain. The results shows that 1 ） the stock of knowledge in the field of overseas researches on strength training has an expo nential growth, complicated and confused knowledge networks has formed between knowledge points, the network structure follows the evolution route of ＂mononuclear complex network-bi- nuclear complex network-multinuclear complex network＂ ~ 2 ）the content of oversea research on strength training mainly focus on reaction and adaptation of organism to resistance training. Many relatively independent and correlative research themes are divided and they have been in the process of continuous differentiation and fusion; 3） these hot research topics possess the characteristics of overlapping, continuity, expansibility and progressivity, they evolve following the three modes of horizontal, vertical and synergistic evolution on the whole.
