试验工艺及实际工程中氧利用率最高可达48％以上；
The utilization efficiency of oxygen can reach to 48% in the experiment technology and actual engineering.
给出氧传递速率、氧利用率、呼吸商等参数的计算式。
The computation of oxygen transfer rate and the coefficient of utilization of oxygen and respiratory quotient is given.
试验结果表明，其氧动力转移效率和氧利用率均高于鼓风曝气法。
Results show that both the efficiency of energy utilization and the efficiency of oxygen transfer are higher than those of the blower aerator.
冠心灵降低心肌耗氧量，降低心肌耗氧指数，而对心肌氧利用率影响不大。
Guanxinling also can lower myocardial volume oxygen and myocardial volume oxygen index.
运动时氧利用率及代谢产物的堆积可能影响运动能力，并且与运动疲劳相关。
Utilization rate of oxygen and stack of metabolite when exercise can affect motor capacity, and related with the exercise fatigue.
这一学说，受到相关的实验支持：心输出量和氧利用率持续增加可导致肌肉的工作能力提高。
This theory was supported by related experiment: Continuous increase of cardiac output and utilization rate of oxygen could lead to the increase of work capacity of muscle.
HCR工艺具有占地省、设计合理、COD去除率高、空气氧利用率高且操作便利安全等优点。
The HCR technology bears the advantages of small occupation of land, reasonable design, high removal rate of COD, high utilization coefficient of atmosphere oxygen, convenient and secure manipulation.
并且在载体浓度较高和空塔气速较大时，新型生物流化反应器氧利用率和充氧动力效率没有明显降低。
In addition, with the carrier concentration and air velocity supply higher, EA and Ep will not decrease obviously.
采用无泡曝气作为反冲洗气体，不但提高膜生物反应器中溶解氧量，而且氧利用率也得到提高，且能量消耗也有所降低。
Adopting bubbleless aeration as reflushing air which not only increased DO in the MBR, but also advanced the oxygen utilization, and the energy consumption decreased as well.
可提式微孔曝气装置融合了微孔曝气器及可提式曝气装置的优点，不仅氧的利用率较高，又可以在曝气池正常运行的情况下，将微孔曝气器提出水面进行检修和更换。
Alif table line-bubble aerator not only offers an high oxygenation efficiency but also can be lifted out of water surface for replacement without disturbing the operation of the aeration tank.
分布板的合理设计提高了空气中氧的利用率。
The reasonable design of the distribution plate enhanced the utilization ratio of oxidation in air.
介绍了利用自发喇曼散射光谱测量氧碘化学激光器单态氧发生器氯气利用率的原理及实验装置，并给出了在以氮气作为稀释气的0。
The principle and experimental setup that can measure the chlorine utilization in singlet oxygen generator (SOG) for COIL have been introduced, and the results from the tests that contacted on a 0.
在高碳范围内熔池脱碳反应速度与供氧强度和氧气利用率成正比，而提高吹氧压力可以提高氧气利用率。
The decarburization rate in bath was proportional to the intensity of oxygen supply and the utilization ratio of oxygen was enhanced with the oxygen pressure rising.
在高碳范围内熔池脱碳反应速度与供氧强度和氧气利用率成正比。而提高吹氧压力可以提高氧气利用率。
The decarburization rate in bath is proportional to the intensity of oxygen supply and the utilization ratio of oxygen depends on the oxygen pressure.
其主要特点是通过调控装置可使吸气时供氧，呼气时暂停供氧，故使氧的利用率高达98%以上。
Its character is that through the adjustable valve controlled by inspiration and expiration, it offers and halts oxygen supply. The utilization rate of oxygen is over 98%.
多项研究表明，4 -氧代二氢喹啉类有良好的口服利用率及中等程度的血浆清除率，不仅对核苷酸聚合酶产生抑制，还可以抑制细胞内的病毒复制。
Many studies show that 4-oxo-dihydroquinolines have good oral bioavailability and plasma clearance, and they suppress both the DNA polymerase of HSV and virus replication in the cells.
铝锰铁复合脱氧剂脱氧与铝铁脱氧比较，可提高铝的利用率，降低钢中氧、氮气体及夹杂物含量，有利于减少连铸水口堵塞，提高钢液的纯净度。
The result indicated that the Al - Mn- Fe alloy deoxidant can increase utilization ration of aluminum, decrease content of oxygen and nitrogen and inclusion in the steel.
该方法具有高的丙烯转化率和环氧丙烷选择性，尤其是氢气有效利用率更高，活性稳定性更好。
The method has high propylene conversion rate and high propylene oxide selectivity; especially the effective availability of hydrogen is higher and the stability of activity is better.
结果表明该绿色循环工艺制备硫氧镁晶须，流程简单、获得的晶须性能好、物料利用率高、成本低，且对环境友好。
The results indicated that the new preparation technological process of MOS whisker is simple, friendly to environment, low-cost, high-yield, …
能有效的增加血氧分压、氧含量和氧饱和度，增加组织细胞氧的利用率，从而使脑细胞获得足够的能量，使更多脑细胞参与大脑活动，从而活跃思维，提高大脑工作效率。
Effective to increase partial pressure of oxygen and oxygen supply in blood, promote the oxygen utilization coefficient of tissue cells to make brain with enough energy and more active and efficient.
能有效的增加血氧分压、氧含量和氧饱和度，增加组织细胞氧的利用率，从而使脑细胞获得足够的能量，使更多脑细胞参与大脑活动，从而活跃思维，提高大脑工作效率。
Effective to increase partial pressure of oxygen and oxygen supply in blood, promote the oxygen utilization coefficient of tissue cells to make brain with enough energy and more active and efficient.
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