oxygen recovery 中文意思是什麼
oxygen recovery
解釋
氧回收-
Subjects of two groups executed an same incremental ergometer exercise up to exhaustion. after exercise, compared with the natural recovery in the control group, somin hyperoxia ( 70 % oxygen ) was given to the experiment group
20名體育學院健康男生隨機分為兩組（吸氧組和對照組） ，實驗要求全體受試者完成一次性遞增負荷運動，運動至力竭，觀察運動即刻和恢復期各指標的變化情況。 -
The recovery velocity of 70 % oxygen group was faster than control group. thus breathing oxygen was effective as one of the recovery measures after exercise
提示：吸氧組血液流變性的恢復快于對照組，也表明吸氧作為運動后的恢復手段之一，是切實有效的。 -
It showed blood oxygen concentration was closely correlated with erythrocyte rheology. breathing 70 % oxygen after incremental exercise has auxo - action on recovery of erythrocyte rheology
說明運動后高氧的吸入對紅細胞變形性的恢復確有促進作用。 -
The bv, pv, al, a2, tk, vr, hct, hr, hl, blood oxygen saturation were measured at rest, post - exercise immediately, 15min, 30 min respectively. two different modes of recovery after incremental exercise were compared
兩組都於安靜時、運動后即刻、運動后15min 、 30min各取靜脈血約4ml ，其中3ml用於血液流變學指標的測定，剩餘血液用於制備電鏡塗片和血乳酸的測定。 -
And the correlations of these indexes with hemorheology markers were analyzed. the purpose of this present study is to know whether breathing 70 % oxygen after exercise is helpful or not for the recovery of hemorheology and to find out a good mode for acceleration of revival of sports fatigue
本文分析了運動后吸入高濃度氧對血液流變指標恢復的影響，並探討運動后吸入高濃度氧是否為有效的改善運動后血液流變狀態的方法，來為運動疲勞的恢復提供一定的實驗依據。 -
( 2 ) breathing 70 % oxygen after incremental exercise could accelerate the recovery of abnormal hemorheology significantly
（ 2 ）力竭運動后吸高濃度氧可以明顯促進血液流變性的恢復。 -
The optode shows a satisfactory linear response for the dissolved oxygen in water ( r = 0. 9992, n = 6 ) the relative standard deviations were 1. 7 % 5. 0 %, the detection limit was 0. 03 11 g / ml ( sfn = 3 ). the exposure time and recovery time of the optode membrane are 30s and 90s respectively. the reversibility of the fluorescence signal was evaluated by alternate measurements in oxygen saturated water and nitrogen - purged water
7 5刀之間，最低檢出限為0刀3pg il ；考察了標準海水中主要離子濃度放大1倍后的樣品溶液、鹽度在0 49范圍內的人工海水，以及ph在l 13范圍內的緩沖溶液等干擾因素的對膜響應的影響，結果無顯著性干擾；將本法與國標法相比較，驗證了方法的可用性，最終用於在線監測海水中的溶解氧。 -
Technology of rich oxygen in sulfur recovery unit
克勞斯硫回收工藝中的富氧技術 -
Developing of rich oxygen technology in sulfur recovery process
富氧硫回收裝置改造技術進展 -
Thanks to the importance of oxygen, now days, the attention of way of o2 intake to improve the exercise fatigue has been drawn. the purpose of this study was to provide some reasons for the recovery way of exercise fatigue
正是氧氣對機體的重要性，近年來，運用運動后吸氧的方法來加快運動后疲勞的恢復，減輕訓練負荷引起了研究者的注意。 -
Compared with slowest recovery of erythrocyte rheology at phsio - rest state, fastest recovery velocity of erythrocyte rheology was observed when breathing 70 % oxygen after exercise. and the change tendency of erythrocyte rheology was exactly adverse to that of blood oxygen saturation
研究發現，自然休息狀態下，恢復最慢的是紅細胞流變性，而在運動后吸氧狀態下，恢復最快的也是紅細胞流變性。
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