It is a strong oxidizer that combines readily with many elements to form an oxide and is necessary to support combustion.
氧是一种强氧化剂，很容易同许多元素反应，生成氧化物。氧还是维持燃烧的必需品。
The oxidation potential of ozone being lower than that of fluorine, is a very strong oxidizer. It can accomplish sterilization and purification at a time without producing secondary pollution.
臭氧的氧化电势仅次于氟，是极强的氧化剂，它可以一次同时完成消毒和净化两大任务，而且不会产生二次污染。
Bromine is an oxidizer used as a disinfectant.
溴是一种氧化剂，同时具有消毒的作用。
To produce a strong reaction with the oxidizer.
与氧化剂能产生强烈反应。
The term customarily takes in both the fuel and the oxidizer.
这一术语习惯上即包括燃料，又包括氧化剂。
The nitro oxidizer can bring about deals of NO X waste gases.
硝基氧化剂在使用过程中会产生大量的氮氧化物废气。
The fuel and oxidizer are kerosene and liquid oxygen, respectively.
燃烧剂和氧化剂分别为煤油和液氧。
The fuel and oxidizer are kerosene and liquid oxygen, respectively .
燃烧剂和氧化剂分别为煤油和液氧。
As a strong oxidizer, ozone can be used in treatment of recycling cooling water.
臭氧作为一种强氧化剂可用循环冷却水处理中。
The oxidizer can be employed in combination with radical polymerization additives.
该氧化剂可以与自由基聚合添加剂组合来使用。
As a strong oxidizer, ozone can be used in the treatment of recycling cooling water.
臭氧作为强氧化剂可以用于循环冷却水的处理中。
In this case it is desirable to incorporate additional oxidizer into the composition.
在这种情况下，需要把附加的氧化剂加入配方中。
Every oxidizer and the binder in the sponge around it make up a special binary propellant.
每颗氧化剂与其周围海绵层中粘合剂组成了特殊双元推进剂。
For a dust film detonation different from general detonations, oxidizer is separated from fuel.
与普通爆轰不同，粉尘薄膜爆轰波前氧化剂与燃料处于分离状态。
The electrolyte is connected to a solid or liquid cathode, which is given a supply of an oxidizer such as air.
电解质与固体或液体阴极相连，向阴极提供如空气之类的氧化剂。
Potassium permanganate was the efficient oxidizer which had special function in removing environment pollutants.
作为强氧化剂的高锰酸钾对环境污染物质的去除具有独特的功能。
The current situation about high energy oxidizer of hydrazinium nitroformate(HNF) at abroad was introduced with 13 references.
介绍了近年来国外高能氧化剂硝仿肼的研究情况。
This exothermic reaction of a fuel with an oxidizer creates gases of high temperature and pressure, which are permitted to expand.
燃料和氧化剂间的放热反应产生可膨胀的高温高压气体。
For a higher efficiency, you can add a heat recovery system to your thermal oxidizer and recover up to 70 % of the combustion heat.
如果您想达到更高的效率，您可以在热氧化机上加一个热回收系统，燃烧热量的回收率可达到70%。
Peracetic acid is a strong oxidizer possessing wide application fields. But its chemical property is instable and decomposed easily.
过氧乙酸是强氧化剂，具有广泛用途，但其化学性质不稳定，易分解。
The ablative property requirements and the studies on the insulation layer of solid rocket engine in oxidizer rich environment were presented.
介绍了富氧环境下固体火箭发动机对绝热层性能的要求，以及在该特殊条件下对绝热层所开展的研究工作。
The above discussion on first-stage propellant slosh effects is based on the Saturn vehicles, which use kerosene for fuel and LOX for oxidizer.
上面对于第一级推进剂晃动影响的讨论，是建立在“土星”飞行器的基础上，它是采用煤油做燃烧剂，液氧做氧化剂。
Results of subscale engine test show that the insulation (PFDH-2) can be used for heat protection of oxidizer rich solid rocket engine chamber.
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。
Therefore, the migration of water from the fuel electrode (102) to the oxidizer electrode (108) can be inhibited, thereby enabling fuel crossover.
因此，能够抑制从燃料极（102）向氧化剂极（108）侧的水分移动，从而抑制燃料的渗透现象。
The H2O2 flow has decisive effect on ignition process, and the motor cann't be ignited when the oxidizer flow rate is less than the minimum ignition flow rate.
H2O2的流量对点火过程起决定性作用，当氧化剂流量低于最小点火流量时，发动机将无法点火。
Equipment used in oxidizer service should be selected with materials of construction that minimize the probability of ignition and the risk of fire or explosion.
用于氧化剂设施的设备应选用能够最大程度减小点燃的可能性和起火或爆炸的危险的建材。
Electric drive for a switching valve, the switching valve having such a drive, and a regenerative thermal oxidizer including the switching valve and drive system.
本发明提供了用于切换阀的电动驱动系统，该切换阀具有这样的驱动系统，并且本发明提供了包括该切换阀和该驱动系统的再生式热氧化器。
The utility model relates to an oxygen-enriched top-blowing built-in annular oxidizer, which belongs to the technical field of chemo-metallurgical melting equipment.
本实用新型涉及一种富氧顶吹内置环形氧化器，属冶金化工熔炼设备技术领域。
Experimental investigations of a principle model of interaction of pulse detonation combustor (PDC) with turbine were made by using gasoline and air as fuel and oxidizer.
采用汽油和空气作为燃料和氧化剂，进行了脉冲爆震燃烧室(PDC)与涡轮相互作用的原理性模型试验装置的试验。
Adiabatic combustion temperature at various oxidizer mass flow rates and grain length is obtained by thermodynamic calculation and has a maximum as oxidizer mass flow rate increases.
利用热力计算得到了绝热燃烧温度与氧化剂流率和药柱长度的变化规律，绝热燃烧温度随氧化剂流率的增加存在一最大值。
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