Preparation of Unfired Corundum-Spinel Purging Plug Brick for Steel Ladle 钢包用免烧刚玉&尖晶石透气砖的研制
A Visual Study on the Grinding Parameters for Grinding Engineering Ceramic; ceramic working machine ( excl. machines for working ceramic paste or unfired articles of ceramic materials) 磨削加工工程陶瓷磨削用量的可视化研究陶瓷加工机(不包括加工陶瓷坯泥或陶瓷材料制品生坯的机器)
Unfired brick of dolomite agglomerated with tar 与焦油凝结的白云石制未焙烧砖
Combination of Chinese Calligraphy with NiXing Earth Ware; Application of Far Infrared Heating Technology in Oven to Dry Unfired Pottery and Sand Core 从坭兴陶刻字看书法与陶瓷结合之路远红外加热技术在坭芯和砂芯烘干炉中的应用
In order to meet the requests of producing the low-carbon and ultra-low-carbon steel, the unfired carbon-free alumina-magnesia ladle bricks are developed. 为适应生产低碳钢、超低碳钢的要求,研制免烧无碳铝镁钢包砖。
Testing method for modulus of rupture of unfired clays 未烧结粘土抗折强度试验方法
Ceramic working machine ( excl. machines for working ceramic paste or unfired articles of ceramic materials) butt stock for shotguns and rifles [ finished or only roughly shaped] 陶瓷加工机(不包括加工陶瓷坯泥或陶瓷材料制品生坯的机器)滑膛枪和***的枪托底座[成品或仅是毛坯]
The total tailings of re-concentration, when mixed with cement and local construction-use sand, can be made into MU10 unfired bricks. 将再选全尾矿与水泥及当地建筑砂配合,可制备出强度达到MU10标准的尾矿免烧砖。
Cylinder shell, of heat-or sound-insulating mineral material ( excl. asbestos), unfired 圆筒壳,隔热或隔音矿物材料(石棉的除外)制
Cutting machine for unfired ceramic brick or tile 陶瓷砖块或瓷砖生坯切割机
So grave and unfired a countenance 十分严肃冷静的面容
The boilers, unfired pressure vessels, and furnaces should have been professionally inspected. 锅炉、无火压力容器和熔炉等设备须经专业检验。
Development and Application of the Carbon-free Unfired Brick for Ladles 钢包用无碳不烧衬砖的开发和应用
The phase composition, microstructure and mechanical properties of unfired spinel specimens prepared from bauxite based spinel with addition of fused magnesia and bauxite-based corundum have been studied. 研究了全天然原料合成的矾土基尖晶石分别与电熔镁砂和亚白刚玉混合制备的不烧试样的组成、结构和力学性能;
The activator and compound additive for unfired flyash brick were explored, and optimum composition was determined by orthogonal experiment in this paper. 本文对粉煤灰非烧结砖所用的激发剂、复合添加剂进行筛选,并通过正交实验确定其最佳组分配比。
S Study on improving the strength of unfired flyash brick 提高粉煤灰非烧结砖强度的研究
The Analysis and the Discussion of the Cracks of the Unfired Aluminum-magnesia Bricks Bound by the Water Glass 水玻璃结合不烧铝镁砖龟裂的分析探讨
Development of unfired insulating bricks from ultra-light perlite and fly ash 超轻型膨胀珍珠岩粉煤灰免烧保温砖研制
The adsorption of protactinium by unfired porous borosilicate glass 多孔高硅氧玻璃对镤的吸附
The results indicate that unfired brick is better than fired high alumina brick in application. 结果表明:不烧高铝砖的使用性能优于烧成高铝砖。
Development and Application of Unfired Magnesia Calcium Brick for LF Refining Furnace LF精炼炉用不烧镁钙砖的研制与使用
Development and application of corundum-spinel-carbon unfired upper nozzle 刚玉-尖晶石-炭不烧上水口的研制和使用
Development and application of high-performance unfired high alumina bricks 高性能不烧高铝砖的研制及应用
Production of high alumina unfired brick and its application on cement kiln 高铝质不烧砖的生产及其在水泥窑上的应用
The oxidation resistance of unfired Al-Si-containing low carbon Al2O3-β-SiAlON material ( MAC-F) was investigated using high temperature thermogravimetric analyzer for large sized specimens, and the oxidation resistance of this material is compared with unfired Al-Si-containing Al2O3-C material ( MAC-S). 采用大试样高温热重分析仪研究了不烧Al-Si复合低碳Al2O3-β-SiAlON材料(MAC-F)的抗氧化性,并与Al-Si复合不烧铝碳滑板材料(MAC-S)进行了比较。
The manufacturing principle and shortcomings of common unfired high alumina bricks have been analyzed. 分析了普通不烧高铝砖的制造原理及其不足之处。
Study on corrosion of bauxite-spinel unfired bricks for ladle 矾土-尖晶石钢包不烧砖的蚀损研究
Application of Far Infrared Heating Technology in Oven to Dry Unfired Pottery and Sand Core 远红外加热技术在坭芯和砂芯烘干炉中的应用
Hot modulus of rupture, bending stress-strain relationship and thermal shock resistance of Al-Si metal contained unfired Al_2O_3-C slide plate material were studied and phase composition and microstructure of the material were examined by XRD, SEM and EDAX. 研究了金属Al-Si复合不烧铝碳滑板材料的热态抗折强度、弯曲应力-应变关系和抗热震性,并利用XRD、SEM和EDAX对其物相组成和显微结构进行了分析。
The unfired brick, one of the green walling materials, was produced by using the industrial waste fly ash and the renewable resource shell ash as the main raw materials. 本文采用汕头市当地丰富的可再生资源贝灰和工业废渣粉煤灰为主要原材料,配以化学激化剂,研制一种绿色墙体材料&免烧砖。