1) Maximal Oxygen Uptake
最大吸氧量
1.
The anaerobic threshold and maximal oxygen uptake of plateau(2260m)woman road cyclists were studied by progresSing lOad exercise test on a bicycle ergometer and determining of blood lactate acid at sports ground.
本文采用自行车邀增负荷运动试验和运动现场乳酸阈的测定,对高原女子公路自行车运动员的无氧阈和最大吸氧量进行了研究。
2.
Maximal oxygen uptake ( VO2max was determined using open-circuit method, treadmill running and a continuous protocol.
以体校男女各13名少年运动员为研究对象,采用跑台逐级递增负荷运动试验测试最大吸氧量,并以24m·min-1的恒定跑台速度测试跑的经济性RE,呼出气体通过JaegerEOS心肺功能测试仪,用开放式气体测试法分析。
2) VO2max
最大吸氧量
1.
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
2.
The purpose of this study was to compare Heat Stress Protein70 (HSP70) in human leucocytes, VO2max and Blood Lactate (BLa) during incremental exercise under a thermoneutral condition without taking a sauna with those during the same workload and under same thermoneutral condition after a sauna and after intermittent hypoxia stimuli.
目的:通过观察桑拿高温脱水和低氧恢复期运动时的白细胞热休克蛋白70(HSP70)、最大吸氧量(VO2max)、血乳酸(BLa)的变化,并与常温条件下相同运动负荷时相比较,探讨桑拿高温脱水和低氧刺激后恢复期运动对热休克蛋白表达和有氧能力的影响。
3) VO_2max
最大吸氧量
1.
The results showed that the body weight (BW) and body mass index (BMI) of old subjects decreased significantly after a training for the first 6-month and the maximal oxygen consumption (VO_2max) increased remarkably (P<0.
通过对老年人进行科学监控运动强度的有氧训练,探讨老年人最大吸氧量的可训练性及有氧训练的方法。
2.
Each subject carried out a test on a bicycle ergometer in order to evaluate VO_2max before and after 10-week of aerobic training for TG and normal life for CG.
此研究对象由24名11~12岁青春期前的儿童组成,其目的是为了探讨一个为期10W的有氧训练计划对青春期前儿童有氧能力的影响,尤其是对不同性别儿童的最大吸氧量(VO2max)的影响。
3.
Those criteria include physiological indexes such as physical morphology,physical function and VO_2max as well as questionnaires on students psychology.
采用身体形态、机能、最大吸氧量等生理指标及心理问卷对分层教学效果进行评定,结果显示分层教学不仅促进了学生身体健康,而且改善了他们的心理素质,体现了体育教学新观念。
5) maximum absorption
最大吸收量
6) maximal inspiratory capacity
最大吸气量
补充资料:泵最大吸入压力
分子式:
CAS号:
性质: 泵在工作时所承受的入口压力的最大值。入口压力将影响叶片或泵的排出压力,对叶片泵应规定允许的最大吸入压力。对于化工用泵则是化工生产工况发生变化时,可能出现的泵最大吸入压力,为化工用泵的重要采购条件之一。
CAS号:
性质: 泵在工作时所承受的入口压力的最大值。入口压力将影响叶片或泵的排出压力,对叶片泵应规定允许的最大吸入压力。对于化工用泵则是化工生产工况发生变化时,可能出现的泵最大吸入压力,为化工用泵的重要采购条件之一。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条