1.
Study on Predicting University Students Maximal Oxygen Uptake by Using the Multistage 20 Meter Shuttle Run Test;
用20-MST预测大学生最大吸氧量的研究
2.
Research on the Indirect Measure Method of the University Students Maximal Oxygen Inspiration of the Network System Physical Exenise;
大学生网络健身最大吸氧量间接测定法的研究
3.
A Challenge to the Concept of Maximal Oxygen Uptake As the Best Index of Aerobic Endurance
最大吸氧量是有氧耐力最好指标的概念面临着挑战
4.
Influence on Endurance Traing to VO_2 max of Different Gender Children;
耐力训练对不同性别儿童最大吸氧量的影响
5.
The Influence of Maximal Oxygen Uptake on Teenagers Training in 100m and 800m Races;
最大吸氧量对青少年100m和800m训练项目的影响
6.
About the Relationship between VO 2 max and Sport Achievements of Endurance Event;
浅谈最大吸氧量与耐力项目运动成绩的关系
7.
Study of the Effect of Anaerobic Threshold Training on Roller Derby Athletes VO2max;
无氧阈训练对速度轮滑运动员最大吸氧量影响的研究
8.
THE STUDY OF THE MAX CAPACITY OF OXYGEN UPTAKE,AERATING OXYGEN FREE DOMAIN AND SOME RETED PHYSIOLOGICAL PARAMETER OF THE LONG DISTANCE RUNNING JUVENILE ATHIETE;
少年长跑运动员最大吸氧量通气无氧阈及生理参数的观察
9.
The Relationship Between the Difference of the Maximum Herart Beating Rates and the Vo_(2max) in Training University Athletes;
高校运动员训练中最高心率差值与最大吸氧量的关系
10.
AGE-RELATED FEATURES OF ?O_2 MAX IN MALE CHINESE STUDENTS FROM 13 TO 23 YEARS OF AGE
13-23岁男大、中学生最大吸氧量年龄变化特征的研究
11.
Reserch on VO_(2max) and sports activities of sophomores and senior students in colleges of Hunan Province;
湖南省二、四年级大学生的最大吸氧量及体育行为
12.
Tracing Observation at Different Stages of Children s and Teenagers ■O_(2max) Calculated by Step Test;
由台阶试验推算儿少最大吸氧量的分段追踪观察
13.
Study on the Changes of Maximum Oxygen Absorption;
对安徽电子信息职业技术学院理工新生近几年最大吸氧量和体形变化趋势的探讨
14.
A Study on the Regular Changes of Serum Testosterone, Cortisone, Serum Testosterone/Cortisone, VO_(2max), Sports Ability with Menstrual Cycle;
高校女生血清睾酮、皮质醇、最大吸氧量及运动能力随月经周期规律性变化的特征
15.
maximal oxygen uptake
最大氧气摄取量 最大氧气摄取量
16.
we can train our bodies to use their capacity to the fullest in order to draw in more O2 for our muscles to burn.
但是我们可以训练身体的呼吸把肺活量使用到最大程度，以吸入更多氧气供肌肉进行氧化燃烧。
17.
Maximum ??uptake was not significantly decreased in young non-smokers until a blood level of about 5% of COHB was attained.
直到血液的一氧化碳含量达到大约5％以上时非吸烟青年的最大氧气消耗才明显地减少。
18.
Considerable quantities of CO2 are adsorbed even by perfectly dry glass power.
完全干燥玻璃粉吸附大量的二氧化碳。