- 영문명
- The effect of swimming training for 8 weeks on the function of respiration and circulation
- 발행기관
- 경희대학교 스포츠과학연구원
- 저자명
- 유승희(Yoo Seung-Hee) 김복현(Kim Bok-Hyeon) 심성섭(Shim Sung-Sub) 박찬호(Park Chan-Ho)
- 간행물 정보
- 『체육학논문집』제23집, 157~167쪽, 전체 11쪽
- 주제분류
- 예술체육 > 체육
- 파일형태
- 발행일자
- 1995.12.01
국문 초록
영문 초록
In this study, ten students of department of physical education in K university participated in 8-week-swimming training.
With the figures of respiration and circulation shown before the training and after the trainging, the conclusion came out as follows after comparison and analysis of the changes in the stability and the maximum figures.
1) The respiration of one time ventilation(TV<SUB>E</SUB>, ㎖)
Looking into the quantity of one time ventilation in the rest, it came out 946.47㎖, meanwhile, after the training, it fell down to 878.17㎖, which is lower by 68.39㎖ and the the percentage of decrease is 7.78%.
But as for the maximum figures, it came out 3117.70㎖, while after the training, it was 3219.10㎖ and that"s higher by 101.4㎖ and the percentage of increase is 3.15%.
2) The oxygen uptake(VO₂, ㎖/min)
In the rest, the quantity of O₂ taken into the lung was 540.83㎖/min before the training, but after the trainging, it showed 405.63㎖/min, which was lower by 135.20㎖/min, and the percentage of decrease is 33.33%.
But as for the maximum figures, it was 3701.60㎖/min before the training, while after the training, it was 3885.30㎖/min, which is higher by 183.7㎖/min and the percentage of increase is 4.73%.
3) The rate of gas exchange(R) In the rest, the rate of gas exchange showed no big difference between before (1.03) and after (1.03) the training.
But in the maximum figures, it was 1.42 before the training, while it was 1.45, which was higher by 0.03 and the rate of increase is 2.07%.
4) The oxygen uptake per weight(VO₂/W, ㎖/㎏/min)In the rest, the quantity of O₂ per weight was 8.05㎖/㎏/min before the training. But after the training, it was 5.99㎖/㎏/min, which was lower by 2.06㎖/㎏/min, and the rate of decrease is 34.39%.
But in the maximum figures, it was 53.64㎖/㎏/min before the trainging, while it was 58.80㎖/㎏/min, which was higher by 5.16 and the rate of increase is 8.78%.
5) Heart rate(HR, beats/min)Looking into the heart rate in the rest, it was 74.24beats/min before the training, but after the training, it was 70.84beats/min, which was lower by 3.4beats/min and the rate of decrease is 4.79%.
But in the maximum figures, before the training, it was 187.25beats/min while it came out 194. 69beats/min, which was higher by 7.44beats/min and the rate increase was 3.82%.
6) O₂ pluse(VO₂,/HR, ㎖/beats)In the rest figures came out. 6.10 before the training, while after the training, it was 5.72㎖/beats which was lower by 0.38 and the rate of decrease was 6.64%.
But in the maximum figures, it was 19.78㎖/beats before the training, but after the training, while after the training, it was 22.54㎖/beats, which was higher by 2.76 and rate of increase is 12.24%.
With the figures of respiration and circulation shown before the training and after the trainging, the conclusion came out as follows after comparison and analysis of the changes in the stability and the maximum figures.
1) The respiration of one time ventilation(TV<SUB>E</SUB>, ㎖)
Looking into the quantity of one time ventilation in the rest, it came out 946.47㎖, meanwhile, after the training, it fell down to 878.17㎖, which is lower by 68.39㎖ and the the percentage of decrease is 7.78%.
But as for the maximum figures, it came out 3117.70㎖, while after the training, it was 3219.10㎖ and that"s higher by 101.4㎖ and the percentage of increase is 3.15%.
2) The oxygen uptake(VO₂, ㎖/min)
In the rest, the quantity of O₂ taken into the lung was 540.83㎖/min before the training, but after the trainging, it showed 405.63㎖/min, which was lower by 135.20㎖/min, and the percentage of decrease is 33.33%.
But as for the maximum figures, it was 3701.60㎖/min before the training, while after the training, it was 3885.30㎖/min, which is higher by 183.7㎖/min and the percentage of increase is 4.73%.
3) The rate of gas exchange(R) In the rest, the rate of gas exchange showed no big difference between before (1.03) and after (1.03) the training.
But in the maximum figures, it was 1.42 before the training, while it was 1.45, which was higher by 0.03 and the rate of increase is 2.07%.
4) The oxygen uptake per weight(VO₂/W, ㎖/㎏/min)In the rest, the quantity of O₂ per weight was 8.05㎖/㎏/min before the training. But after the training, it was 5.99㎖/㎏/min, which was lower by 2.06㎖/㎏/min, and the rate of decrease is 34.39%.
But in the maximum figures, it was 53.64㎖/㎏/min before the trainging, while it was 58.80㎖/㎏/min, which was higher by 5.16 and the rate of increase is 8.78%.
5) Heart rate(HR, beats/min)Looking into the heart rate in the rest, it was 74.24beats/min before the training, but after the training, it was 70.84beats/min, which was lower by 3.4beats/min and the rate of decrease is 4.79%.
But in the maximum figures, before the training, it was 187.25beats/min while it came out 194. 69beats/min, which was higher by 7.44beats/min and the rate increase was 3.82%.
6) O₂ pluse(VO₂,/HR, ㎖/beats)In the rest figures came out. 6.10 before the training, while after the training, it was 5.72㎖/beats which was lower by 0.38 and the rate of decrease was 6.64%.
But in the maximum figures, it was 19.78㎖/beats before the training, but after the training, while after the training, it was 22.54㎖/beats, which was higher by 2.76 and rate of increase is 12.24%.
목차
ABSTRACT
Ⅰ. 서론
Ⅱ. 연구내용 및 방법
Ⅲ. 연구결과 및 고찰
Ⅳ. 결론
參考文獻
Ⅰ. 서론
Ⅱ. 연구내용 및 방법
Ⅲ. 연구결과 및 고찰
Ⅳ. 결론
參考文獻
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