1.
Experimental Research on Wushu Set Players Anaerobic Ability in Different Motor Conditions;
不同运动状态下武术套路运动员无氧供能水平的实验研究
2.
The air at high altitudes does not have enough oxygen to supply the body's needs. Divers also carry extra oxygen because they cannot breathe under water.
在高空，空气含氧不足，无法供应身体需要。由于水下不能呼吸，潜水员也携带额外的氧气。
3.
an obligate anaerobe can survive only in the absence of OXYGen.
专性厌氧生物只能在无氧条件下生存。
4.
Low CO2-Emitting Energy Supply System
二氧化碳低排放能源供应系统
5.
Body requires a constant source of energy, most of which is derived from oxidation of glucose.
葡萄糖氧化持续供给机体大量的能量。
6.
The Experimental Research for Optimization of the Energy Supply of Integrated Oxidation Ditch;
一体化氧化沟能量供给优化试验研究
7.
The Changes of Oxygen Delivery/consumption, Blood Glucose and Lactic Acid during Anhepatic Phase of Standard Orthotopic Liver Transplantation Without Bypass;
经典非转流原位肝移植无肝期循环氧供氧耗和血糖、乳酸的变化
8.
The Effects of Dash Training to Energy-providing Capacity of Non-lactic Acid
短跑训练对非乳酸性氧债供能能力的影响
9.
The effect of anaerobic training on the liver function was more obvious than aerobic training.
无氧训练对肝脏功能的影响强度大于有氧训练.
10.
An experimental study of aerobic anaerobic capacity of col lege students
对大学生参加运动有氧无氧能力的实验研究
11.
A study of college students body growth and their aerobic & anaerobic working ability;
大学生身体发育、有氧和无氧工作能力研究
12.
The Relationship between serum testosterone level and the aerobic and anaerobic exercises ability;
血睾酮水平与一次有氧和无氧运动能力的关系
13.
The Influence of L-carnitine on Aerobic Exercise and Anaerobic Exercise Capacity
L-左旋肉碱对有氧运动与无氧运动能力的影响
14.
The increment of lactate, which may be theproduct of glycolysis during activation of neurons, suggests that energy demand of neural activity may be met by anaerobicglycolysis.
乳酸含量增加可能是神经元活动时葡萄糖酵解的产物,提示神经元活动通过葡萄糖无氧代谢来供能。
15.
Analysis of the Differences on Maximal Oxygen Uptake,Anaerobic Threshold in Evaluating Aerobic Capacity
最大摄氧量、无氧阈在评价有氧能力方面的差异分析
16.
This is 19 times the energy obtainable under anaerobic circumstances.
这是无氧时所得能量的19倍。
17.
A chemist can analyze water into two colorless gases, hydrogen and oxygen.
化学家能将水分解成无色气体 氢和氧。
18.
A chemist can analyse water into two colorless gases , hydrogen and oxygen .
化学家能将水分解成无色气体氢和氧。