本文介绍了一种能产生富氧的聚氧装置。
An oxygen-concentrated unit which generates rich oxygen is described in this paper.
富氧的底层洋流作用导致底层水含氧量增加是红层形成的主要原因。
Intensive circulation of bottom waters with higher contents of dissolved oxygen may have caused the formation of the CORBs.
倒置体式能清理上呼吸道，排出鼻腔内的分泌物，让新鲜富氧的血液循环到口腔。
Inversions can help clear the upper respiratory tract and drain secretions from the nose, allowing freshly oxygenated blood to flow into the oral cavity.
另外，久而久之，定期的运动将使你的血管更有效率、更灵活地更传送更多富氧的血液。
In addition, over time, regular exercise will make your blood vessels become more flexible allowing them to deliver more oxygen rich blood more efficiently.
结果表明：在高炉炉缸高温，富氧的环境中，废塑料能够得到迅速、充分的燃烧，可以部分代替焦碳和煤粉。
The results showed that waste plastics would combust rapidly and completely in the surroundings of high temperature and abundant oxygen, they could replace coke and coal partly in the blast furnace.
在最近的一项与此项目无关的昆虫体型实验种，科学家发现富氧的环境支持更大的昆虫身体，所以这个可能也是大型哺乳动物的原因。
In an unrelated recent experiment with insect body sizes, scientists discovered that a more oxygen-rich atmosphere supports super-giant insects, so this could be the case with giant mammals too.
尼古丁会导致血管收缩，血管的收缩将会限制富氧血液流向面部和身体其他部位的细微血管。
Nicotine causes vasoconstriction, a narrowing of the blood vessels that can limit oxygen-rich blood flow to the tiny vessels in the face or other parts of the body.
对于哺乳动物，每次吸气都将富氧空气带进肺中被称为肺泡的“死胡同”。这些在肺泡中循环的空气通过与肺毛细血管的血液进行气体交换，输进氧气并带走血液中的二氧化碳。
Air circulating through these sacs transfers oxygen into the bloodstream that picks up the blood's carbon dioxide waste.
原因：富氧血是明红色，然而，含较少氧气的血变成黑色和蓝色调。
The cause: Oxygen-rich blood is bright red, while blood with less oxygen turns dark and bluish-colored.
吸烟会使皮肤渐渐丧失养分和富氧能力，从而导致吸烟者的面色暗淡，某些还
Smoking chronically deprives the skin of oxygen and nutrients. So
在空气中容易点燃的材料(在富氧空气中)不仅变得更容易点燃而且燃烧得更加剧烈。
Materials easily ignited in air not only become more susceptible to ignition, but also burn with added violence in the presence of oxygen.
随着煤炭价格上涨，富氧多喷煤的经济效益要重新计算。
With the price growth of coal, it is necessary to recalculate the economic efficiency of oxygen-riched coal injection.
使空气变成富氧空气或用高纯度氧替代空气，有节约燃料和能量以及更低的总发射体积等好处。
Benefits such as fuel and energy savings plus lower total emission volumes are often achieved when air is enriched or replaced with higher-purity oxygen.
研究了富氧燃烧技术对梭式窑烧成的影响。
This paper studys the impact of oxygen-rich combustion technology to shuttle kiln.
叙述了介绍了气体膜分离技术在分离空气制备富氧、富氮，水蒸气、有机蒸汽的分离和氢气回收等工业领域的应用。
Various applications of gas separation membrane were reviewed in details, such as medical rich oxygen, air separation, water vapor separation, hydrogen recovery in refinery gas and so on.
在富氧环境里起火的化学性质开始变化，注意到这一点是很重要的。
It is important to note that fire chemistry starts to change in oxygen-enriched environments.
对富氧燃烧技术在陶瓷烧成工艺中的应用展开了分析与评价。
The application of oxygen combustion technology in ceramic crafts is analysed and evaluated.
合成高分子富氧膜对气体具有选择透过性，在压力的驱动下，可直接从空气中获得富氧空气，供患者使用。
Synthetic polymer oxy—enriching membrane has selective permeability for gases and under pressure, it can obtain enriched—oxygen air, provided for patient, from atmosphere.
叙述了富氧煤粉烟化的生产实践，分析了煤粉消耗居高不下的原因。
This paper describes the practice of oxygen-enriched coal fuming, analyzes the reasons for high consumption of coal.
简述了富氧燃烧节能技术的原理，论述了富氧燃烧在浮法玻璃熔窑应用过程中的关键问题及相关解决方法。
The principle of rich oxygen combustion energy-conservation technology was described, some key issues and corresponding solutions of the technology were also discussed in this article.
试车结果表明，PFDH - 2绝热层可以对富氧环境下工作的发动机燃烧室实施有效热防护。
Results of subscale engine test show that the insulation (PFDH-2) can be used for heat protection of oxidizer rich solid rocket engine chamber.
针对高炉富氧喷吹煤气的新工艺，进行了热平衡和物料平衡计算。
The heat balance has been calculated according to the new process of enriched oxygen and gas-injection.
在空气中防火的衣服在富氧大气中可能很容易着火。
Clothing which is fire - resistant in air maybe readily ignitable in oxygen - enriched atmospheres.
简述了计算机在熔炼工艺上的应用、富氧送风、铁液脱硫技术的情况。
The application of computer to the melting process, oxygen-enriched blast and desulphurization technique was briefed.
在分析高炉富氧喷煤对炉前供氧系统的要求之基础上，研究开发了高炉炉前供氧与安全控制技术。
Based on the analysis of the requirement of oxygen supply system for BF oxy-coal process, oxygen supply and safe-control technology is investigated.
结论：富氧能改善缺氧大鼠的学习记忆功能，提高低氧环境运动作功能力。
CONCLUSION: Oxygen enrichment can improve the learning and memory abilities, and strengthen the motor ability of hypoxic rats.
如果可以利用富氧空气(高氧气浓度的空气)助燃煤粉、替代电厂点火用油，其经济效益将十分可观。
If the oxygen-enriched air (high oxygen concentration air) be used to support combustion can stead the oil in the power plants, the economic benefits will be quite good.
如果可以利用富氧空气(高氧气浓度的空气)助燃煤粉、替代电厂点火用油，其经济效益将十分可观。
If the oxygen-enriched air (high oxygen concentration air) be used to support combustion can stead the oil in the power plants, the economic benefits will be quite good.
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