reducing atmosphere
英 [rɪˈdjuːsɪŋ ˈætməsfɪə(r)]
美 [rɪˈduːsɪŋ ˈætməsfɪr]
网络 还原气氛; 还原空气; 还原环境; 还原性气氛
双语例句
- Suitable temperature in the oxidizing atmosphere, reducing atmosphere is not suitable to use, can be used for short-term temperature measurement inside the vacuum.
适于在氧化性气氛中测温，不适于还原性气氛中使用，可用于短期内真空测温。 - Effect of Reducing Atmosphere on Alumina Clinker Sintering
还原气氛在氧化铝熟料煅烧中的作用 - In this paper, the ceramic firing in reducing atmosphere is thoroughly studied.
本文对陶瓷还原气氛烧成进行了深入的研究。 - The Tang, Jing and Modern samples were made in oxidicatmosphere, but the sample of Wu dynasty was made in oxidic atmosphere in first and then in reducing atmosphere.
唐代、金代及现代样品均在氧化气氛下烧成，而五代样品的烧制是在先期氧化、后期还原的气氛下烧制而成。 - Study on COS Hydrolysis Kinetics on Y-906 Catalyst in Reducing Atmosphere
还原气氛中γ－906型催化剂上羰基硫水解动力学研究 - The fusibility of Shenmu coal ash with kaolinites was studied by the ash fusion test in a mild reducing atmosphere.
本文研究了高岭石在弱还原气氛中对神木大柳塔煤灰熔融性的影响，考察了煤灰熔融时矿物组成的变化。 - Study on Mineral Features in Coal Ash of Huainan in Weak Reducing Atmosphere
弱还原气氛下淮南煤灰矿物质特性研究 - Low iron and impurities to enhance reducing atmosphere;
低铁和杂质，以提高还原气氛； - Corundum refractory material is an excellent lining material for carbon black reactors and can be used for a long time in the reducing atmosphere.
刚玉耐火材料是工业炭反应器优良的内衬材料，可在还原气氛中长期使用。 - The chemical morphology and physical phase of these trace elements in the oxidizing and reducing atmosphere are also studied in a temperature range from 2 000 K to 300 K.
在300～2000K温度范围内，考察了痕量元素在还原性气氛和氧化性气氛的烟气中的化学形态和物理相。 - The methods to produce reducing atmosphere in the box electric furnace were discussed by means of modulating the quantity of carbon source, carbon size and air flow, and simulating the atmosphere in shuttle kiln.
通过调节空气流量和碳源数量、细度及模拟抽屈窑气氛制度的方式探讨了在箱式电炉中产生还原气氛的方法。 - Twenty-three kinds of Huainan coal and three kinds of coal of other areas are selected in the experiment, the relation between chemical composition and ash fusion temperature is studied in reducing atmosphere;
本文选用二十三种淮南矿区煤样和三种外地煤样，研究在弱还原性气氛中，煤灰中矿物的化学成分与煤灰熔融温度之间的关系； - It is point out that baking in the reducing atmosphere or protecting atmosphere can be protected from the oxide.
本文提出，在保护气氛或还原性气氛中焙烧可以防止氧化。 - Effect of reducing atmosphere on composition and microstructure of cement clinker
还原气氛对水泥熟料矿物组成及显微结构的影响 - The basic principles of dephosphorization under reducing atmosphere are discussed.
本文探讨了还原脱磷的基本原理，在特定的条件下钙与磷生成磷化钙的脱磷反应； - Effective development and utilization of Sichuan water power will gain enormous economic, social and environmental benefits in increasing economic growth in China ( including Sichuan), reducing atmosphere pollution due to coal burning, improving flood control standard on middle and lower reaches of Changjiang River.
对其有效开发利用，对促进我国、包括四川省的经济发展、减少燃煤使用造成的大气污染、提高长江中下游地区的防洪标准等具有巨大的经济、社会和环境效益。 - In reducing atmosphere, the fusion temperature of the coal ash was lowered.
在还原气氛条件下，煤灰在低于灰熔点温度前已形成大量液相。 - According to the NO conversion, the reducing action is more active under the condition of low temperature and reducing atmosphere.
根据实验中NO转化率的变化可以看出在较低燃烧温度和还原性气氛下，醋酸镁还原NO的作用比较强； - In this experiment, N_2 and graphite are adopted to create reducing atmosphere, and SrTiO_3 ceramics are mainly prepared by single-fired method.
本实验主要采用氮气和石墨制造还原性气氛，用一次烧成法制备SrTiO3压敏陶瓷。为与之作对比也兼用非气氛石墨还原工艺制备。 - The Study on Ceramic Firing in Reducing Atmosphere
陶瓷还原气氛烧成的研究 - Except for reducing atmosphere, definited oxygen partial pressure was also needed in the process of sintering.
烧结过程中，除要保证还原性气氛外，还要有一定的氧分压。 - An Effective Route of Reducing Atmosphere Environment Pollution-clean Coal Technology
发展洁净煤技术是减轻大气环境污染的有效途径 - However, it can be inferred that the weak reducing atmosphere can accelerate the melting of the refractory minerals. ( 4) The fusion temperature of coal ash can be decreased by adding Mg2+ in the carrier of dolomite.
但可以推断的是，弱还原性气氛能够加速耐熔矿物的熔解。（4）白云石中的Mg2+不仅可以降低煤灰的熔融温度，而且相对于Ca2+其腐蚀性要小。 - Finally, sintering process in reducing atmosphere was optimized.
最后对还原性气氛中的共烧结工艺进行了优化。 - In oxidizing atmosphere, as temperature increases, the bituminous char-N conversion increases. However, it has little influence on the anthracite char-N conversion. In reducing atmosphere, temperature increasing suppresses the fuel nitrogen conversion.
氧化性气氛下，温度的提高会促进烟煤焦炭燃料N的转化，而对无烟煤焦炭则基本无影响；还原性气氛下，温度的提高均会遏制燃料N的转化。 - And the effect of char particle size on fuel-N conversion in oxidizing and reducing atmosphere is opposite.
还原性气氛下粒径增大会促进燃料N的转化，而氧化性气氛下粒径的影响恰好相反。 - And in the situation of increasing reducing atmosphere, the reaction time can reduce.
而且在还原性气氛增加的情况下，反应时间会减少。