carbon brick
英 [ˈkɑːbən brɪk]
美 [ˈkɑːrbən brɪk]
网络 碳砖; 炭砖; 碳化砖
双语例句
- Effect of silicon particle size on porous structure and thermal conductivity of coked carbon brick
焙烧炭砖孔结构和导热系数与硅粒度变化关系 - It is an ideal raw material for producing magnesia carbon brick, with the characteristic of big crystal, compact texture, high temperature property and high slag resistance.
电熔镁砂结晶体大、组织致密、高温性能好、抗渣性强，是生产镁碳砖和铝镁碳砖的优质原料。 - Study on the In-situ Synthesis of Nanofiber and Properties of Micro-pore Carbon Brick
原位合成碳纳米纤维及微孔碳砖结构和性能的研究 - Test and Research on Gas Permeability and Heat Conductivity of Carbon Brick of Blast Furnace
对高炉炭砖透气性和导热性的试验研究 - Using electric conducting magnesia carbon brick as fuenace bottom anode has the features of erosion resistance and easy repair.
导电镁碳砖作底阳极具有耐侵蚀、易修补等特点。 - The technology of new generation, long-life and energy saving type of self-baking carbon brick lining of ferroalloy electric furnace
长寿节能型新一代铁合金电炉自焙炭砖炉衬技术 - Development and application of microporous carbon brick for blast furnace
高炉用微孔炭砖的研制及应用 - Development and application of corundum-periclase-carbon brick
刚玉方镁石碳砖的研制与应用 - Development of magnesia-carbon brick with high resistance to oxidation
高抗氧化性镁炭砖的研制 - Improvement for anti-iron, anti-alkali, conductivity and micro-pore is the research direction for half-graphite carbon brick.
半石墨炭砖应当进一步提高抗铁水溶蚀性、提高导热系数、改进抗碱性、改进微气孔指标。 - , a series of long campaign technology such as optimizing the furnace profile parameters, improving the structure of hearth lining, introducing hot pressed carbon brick and ceramic cup have been adopted to prolong blast furnace campaign life.
为延长高炉寿命，在首钢4座高炉设计中，采用了一系列高炉长寿技术。优化炉型参数、改进炉缸内衬结构、采用热压碳砖和陶瓷杯技术； - The production technology and application of microporous carbon brick have been introduced. The forming condition and mechanism of the brick as well as the relations between micropores and the properties of the brick have also been discussed.
介绍了微孔炭砖的生产工艺及应用，论述了微孔炭砖微气孔形成条件和形成机理以及微气孔与炭砖性能的关系。 - Use of Silicon Carbide Block and Its Composite Block with Common Carbon Brick in Large Pre-bake Electrolytic Cell
大型预焙铝电解槽使用碳化硅砖与普通碳砖复合块的探讨 - The normal carbon brick at oxidable part in silicon metal furnace taphole was replaced with SiC brick in order to increase its oxidation resistance.
在工业硅电炉出铁口易氧化部位，使用了碳化硅砖代替普通碳砖以提高该部位的抗氧化性。 - This paper introduces the development of high quality no-carbon brick for refining ladle and the application in the production of clean steel and ultra-low-carbon steel.
介绍优质无碳砖的研制及其在精炼钢包生产纯净钢和超低碳钢中的应用。 - A new material electric conducting magnesia carbon brick used for DC furnace bottom anode is briefly described.
主要介绍了DC炉底阳极的最新材料&导电镁碳砖。 - The semi& graphite selfbaking carbon brick for large blast furnace
大型高炉用半石墨质自焙炭砖 - The method measuring the erosion resistance of BF carbon brick in molten iron has been researched by simulating BF hearth operation condition.
模拟高炉炉缸生产条件，研究了定量测定高炉碳砖的抗铁水溶蚀性能的方法。 - Calculation shows that the 7th layer of carbon brick suffers severe erosion.
计算表明第7层碳砖的侵蚀比较严重，象脚或大蒜头处于该层。 - Graphitizing Process of Self Baking Carbon Brick
一种自焙炭砖的石墨化过程 - Analysis on Content of Solid Carbon in Carbon Brick Materials Containing Metal Silicon
含金属硅的碳砖材料固定碳含量的分析 - Self-baking carbon brick can avoid circular crack resulted from different temperature-differential and garlic erosion caused by thermal stress of hearth bottom.
自焙碳砖能够避免因温差不同引起的碳砖环形断裂和炉底热应力造成的蒜头状蚀损。 - In stack lining, from clay brick, high alumina brick to silicon carbide brick or alumina carbon brick;
炉身内衬由粘土砖、高铝砖到碳化硅砖或铝炭砖； - Brittleness layer formed on self-baking carbon brick under certain conditions is proved by the application practice, which is resulted from the double acting of alkali metal erosion and hot metal permeation.
高炉自焙碳砖应用的实践证明，自焙碳砖在一定条件下也能形成脆化层，是碱金属侵蚀和渗铁的双重作用。 - Application of burning microporous alumina-carbon brick in blast furnace
烧成微孔铝炭砖在高炉上的应用 - Development and application of high alumina spinel carbon brick
高铝尖晶石炭砖的研制及使用 - Formation and Prevention of Brittle Layer in Blast Furnace Hearth Carbon Brick
高炉炉缸炭砖脆化层的形成及防止 - Properties and operation of hot-pressed carbon brick for blast furnace
高炉炉缸用热模压小炭砖的性能与使用 - The effect of different kinds of catalyst on micro-pore, thermal conductivity and microstructure of micro-pore carbon brick was discussed.
主要包括了不同催化剂对微孔碳砖的微孔化程度、导热性能和显微结构的影响。 - The properties and the research status of micro-pore carbon brick have been introduced.
本文综述了微孔碳砖的特点及研究现状。