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최대 운동부하후 펜싱선수들의 심폐기능 분석

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Author(s)
이금남
Issued Date
2006
Abstract
This research got result following conclusion that analyze there is ifference that keep in mind maximum oxygen intake amount, maximum heart rate, exercise continuance time connected with heart exhaust ability executing maximum department of athletics low class test by Bruce method using Teuredeumil to total 20 fencers(Player10peoples, non-athletes 10peoples) to search high school fencers' heart exhaust ability.
1. There was no difference that maximum oxygen intake amount(VO_(2)max), heart rate(HRmax), change of exercise continuance time between two experiment groups note at maximum department of athletics low class test (p <.05).
2. Change(VO_(2)) of oxygen intake amount appeared high in Fencer between two experiment groups at maximum department of athletics low class test but there was no difference that keep in mind (p <.05).
3. Heart rate change(HR) between the two experiment houses appeared more or less high in non-athletes group at maximum department of athletics low class test but there was no difference that keep in mind (p <.05).
4. At exercise continuance recorded 14minutes 89seconds in Fencer, and 12minutes 57seconds in non-athletes group fencer compare to non-athletes and keeps in mind as long appear (p <.05).
5. athlete players about all step of exercise appeared more or less high in step oxygen intake amount(VO_(2)) at all-out, and Fencer's appeared by 64.5±2.23(㎖ / kg/min) and appeared from non-athletes to 52.6±2.40(㎖ / kg/min) (p <.05).
Alternative Title
After maximum exercise subordinate fencers' feart exhaust ability analysis
Affiliation
조선대학교 대학원
Department
교육대학원 체육교육
Awarded Date
2007. 2
Table Of Contents
목차 = i
ABSTRACT = vi
Ⅰ. 서론 = 1
1. 연구의 필요성 = 1
2. 연구목적 = 3
3. 연구의 제한점 = 3
4. 연구의 가설 = 3
5. 용어의 정의 = 4
Ⅱ. 이론적 배경 = 7
1. 운동부하검사 = 7
2. 운동과 최대산소섭취량(VO_(2)max) = 8
3. 운동과 심박수 = 10
4. 운동자각도(RPE) = 12
5. 호흡상(Respiratory Quotient : R.Q)과 환기량(Ventilation: VE) = 13
6. Treadmill과 Bicycle Ergometer = 16
7. 상대적 최대산소섭취량(VO_(2)㎖/kg·BW) = 18
8. O_(2) Pulse (0_(2)/HR) = 19
9. 호흡 빈도 (BF/min) = 19
10. 이산화탄소 배출량(VCO_(2)) = 20
11. 호흡교환율 (RQ) = 20
12. Lactate = 21
13. 최대부하운동과 신체변화 = 22
1) 중량운동과 신체구성 = 23
2) 국부운동과 신체구성 = 24
3) 신체구성 변화의 기전 = 25
14. 심폐지구력과 체력 = 25
1) 체력의 개념 = 25
2) 체력의 종류 = 28
15. 심폐지구력과 체력요소 = 28
1) 신체구성 = 28
2) 심폐기능 = 28
3) 유연성 = 29
4) 근 지구력 = 29
5) 근력 = 29
16. 심폐지구력과 체력육성 기준 = 29
17. 운동별 트레이닝의 처방 = 33
1) 운동 강도(Intersity) = 33
2) 운동 종목 = 33
3) 휴식 시간 = 33
4) 최대 반복수(RM : Repetition Maximum) = 34
5) 운동 빈도(Frequency) = 34
6) 운동 지속 시간(정적 템포) = 35
7) 근지구력 향상을 위한 트레이닝의 처방 = 35
8) 심폐 지구력 향상을 위한 트레이닝의 처방 = 35
18. 펜싱의 역사 = 37
19. 종목별 역사 = 39
Ⅲ. 연구방법 = 40
1. 연구대상 = 40
2. 검사도구 및 방법 = 40
1) 검사도구 = 40
2) 검사방법 = 41
3. 자료처리 = 41
Ⅳ. 연구결과 = 42
1. All-out의 산소섭취량(VO2max) = 42
2. 산소섭취량의 변화(VO_(2)) = 43
3. 심박수(HR)의 변화 = 44
4. 운동지속시간 및 최대산소섭취량의 비교 = 45
Ⅴ. 결론 = 47
Degree
Master
Publisher
조선대학교
Citation
이금남. (2006). 최대 운동부하후 펜싱선수들의 심폐기능 분석
Type
Dissertation
URI
https://oak.chosun.ac.kr/handle/2020.oak/4604
http://chosun.dcollection.net/common/orgView/200000231889
Appears in Collections:
Education > Theses(Master)(교육대학원)
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