他们的许多球手都需要吸氧来减弱高原反应。
Many of their players need bottled oxygen to alleviate the effects of altitude.
讨论了该配合物的吸氧与释氧机理。
The mechanism of oxygen absorption and deoxygenation is discussed.
介绍一种常压环境下的全新吸氧装置。
This paper introduces a newly developed oxypathor under one absolute atmosphere.
当新生儿确实需要吸氧，美国儿科学会建议。
面罩吸氧后脑血流速度又恢复至手术前状态。
After mask oxygen inhalation, the blood flow velocity returned to preoperative level.
目的评价吸氧和局部增压对高原缺氧的治疗效果。
Objective To compare the effects of oxygen therapy and local pressurization in alleviating plateau hypoxia at high altitude.
这反过来又可能导致所谓的海洋缺氧现象，致使吸氧动物死亡。
This in turn may result in something called Marine dysoxia, a phenomenon which kills off oxygen-using animals.
当柯伊·拉腊先生吸氧来维持自己的生命时，他必须考虑这一点。
Mr Koirala, as he inhales from the oxygen tank that is keeping his ailing body alive, needs to ponder that.
考察了吸氧薄膜配方、温度和湿度对吸氧性能的影响。
The influences of the film composition, environmental temperature and humidity on the oxygen absorbing performance were examined.
噻托溴铵；低流量吸氧；稳定期慢阻肺；慢性呼吸衰竭。
Tiotropium; low flow oxygen; Stable COPD; Chronic respiratory failure.
样品烧结完成后，应缓慢降温退火，以保证材料充分吸氧。
After sintering, sample should be cooled slowly so that they can absorb oxygen sufficiently.
目的探讨阿托品与吸氧联合治疗急性胎儿窘迫的临床疗效。
Objective: To research the clinic curative effect on acute fetal distress by combining Atropin with inhaling oxygen.
目的探讨不同时间的吸氧排氮方案对高空减压病的预防效果。
Objective To explore the effect of different degrees of denitrogenation on decompression sickness.
本文介绍了脉冲吸氧的机理和优越性以及脉冲吸氧仪的原理。
This paper described the mechanism of pulse oxygen inspiration and principle of pul-sating-inhalator as well as its advantage.
大多数幸存者身体状况稳定，他们因体温过低和脱水正在接受治疗和吸氧。
Most survivors were in stable condition, receiving treatment for hypothermia and dehydration and were getting oxygen.
高原吸氧组孕妇所产新生儿平均出生体重明显高于非吸氧组。
In plateau area, newborn weight in the oxygen inhaling group (during the pregnant) was higher than the non-oxygen inhaling group.
卡片在你座位的区域，你可以看到背带的位置，出口，救生衣和吸氧的提示。
This is in your seat area and shows the brace position, exits, life jackets and oxygen.
她仍在补充吸氧并计划本月晚些时候再在左肺植入另外一些线圈。
She is still on supplementary oxygen and is scheduled to have additional coils inserted in her left lung later this month.
目的：观察间断、高浓度吸氧对大鼠抗氧化酶活性及肺组织的影响。
OBJECTIVE: To observe the effect of intermittent high concentration oxygen on antioxidase activity and pulmonary tissue in rats.
机身上流动的空气速度减慢，所以引擎的吸氧量减少从而节省了燃料。
Air slipping along the fuselage moves slower, so the engines ingest less oxygen and burn less fuel.
小黄人能够在外太空生存，因为他们能够抵抗低温并且不需要吸氧。
Minion can survive in outer space, they resist freezing & do not need to breathe oxygen.
传统的氧疗法是将氧气通过放有蒸馏水的湿化瓶湿化给予患者吸氧。
Traditional oxygen treatment is that oxygen is taken by patients through humidification fluid with distilled water.
用动态循环吸氧的方法研究了吲哚和喹啉对饱和烃氧化特征的影响；
The dynamic oxygen uptake tester was used for studying the influence of nitrogen compounds on oxidation characteristics of saturated hydrocarbons.
最后，通过煤炭低温吸氧过程的热效应分析，对煤炭自燃机理进行了探讨。
Finally based on the analysis of heat effect during tests, the mechanism of spontaneous combustion of coal is discussed.
另有常规治疗组50例，仅用吸氧、抗感染、必嗽平、改善通气等常规处理。
Other 50 patients were served as control and were treated with conventional therapy only.
首先，萤火虫吸氧通过特殊的细胞与一种叫荧光素的物质结合就会几乎毫不放热的发出光亮。
The insects take in oxygen and, inside special cells, combine it with a substance called luciferin to produce light with almost no heat.
结论持续低流量吸氧可显著降低慢性充血性心衰患者的心率，改善心衰临床症状。
Conclusion Persistent low flow oxygen therapy can significantly reduce the heart rate and improve the clinical symptoms of senile chronic congestive heart failure.
患者对氧疗的认知程度偏低，其中不了解每日吸氧时间患者所占比例最大（92%）。
There was a lower knowledge about oxygen therapy in patients, and among them, 92% did not know the time of everyday oxygen inhaling.
大海溅起浪花，因而使海洋空气中富含负氢离子，抵消自由基（阳离子）带电粒子，增强我们的吸氧能力。
Sea spray – and, therefore, sea air – is full of negative hydrogen ions, charged particles that neutralise damaging free radicals (positive ions) and improve our ability to absorb oxygen.
大海溅起浪花，因而使海洋空气中富含负氢离子，抵消自由基（阳离子）带电粒子，增强我们的吸氧能力。
Sea spray – and, therefore, sea air – is full of negative hydrogen ions, charged particles that neutralise damaging free radicals (positive ions) and improve our ability to absorb oxygen.
应用推荐