硅酸铝

guī suān lǔ
  • Aluminum silicate;aluminium silicate
硅酸铝硅酸铝
硅酸铝[guī suān lǔ]
  1. 结果表明:在水性建筑涂料中添加具有特殊结构的纳米硅酸铝,可提高涂料的悬浮稳定性、光散射系数和耐擦洗性,并可减少金红石型TiO2用量。

    The results show that to add some nanometer aluminium silicate with special construction into the watery architectural paint , the suspend stability , optical scattering and scouring endurable can upswing and the demand quantity of rutile TiO 2 can reduce .

  2. 超细高纯硅酸铝生产新工艺研究

    Study on preparation of ultra - fine and high purity aluminium silicate

  3. 这个地区有大量的硅酸铝。

    There are large amounts of aluminum silicate in the area .

  4. 聚合硅酸铝铁的带电特征及X衍射分析

    Charge Characteristics of Polysilicate Aluminium Ferric and Its Analysis with X-Ray Diffraction

  5. 聚硅酸铝盐絮凝剂在pH值2~12的原水中絮凝性能相同;

    PSA ( Polymer Silica Aluminium ) possesses same coagulation property in pH ( 2 ~ 12 ) raw water ;

  6. 热压制备硅酸铝纤维/TCP生物FGM的微观结构与性能

    Microstructure and performance of alumina silicate fibres / TCP biological FGM fabricated by hot pressing technique

  7. 通过对硅酸铝纤维SEM图像的处理,得到了不同密度下硅酸铝纤维的孔隙面积和孔隙通道曲线的分形维数,并据此计算了硅酸铝纤维的热导率。

    The pore area and curve fractal dimensions were obtained by processing the SEM photos of alumina-silicate fiber , the thermal conductivity of alumina-silicate fiber was calculated accordingly .

  8. 利用煤矸石灰渣制取聚硅酸铝(PSA)混凝剂以及利用PSA混凝剂处理印染和钢厂除尘废水。

    Using coal gangue slag , a new polysilicate aluminium ( PSA ) coagulant was prepared , by which the dyeing and steelworks dusting wastewater were treated .

  9. 低合金钢中主要有尺寸在100~1000μm左右的合金元素V、Cr、Ti的氧化物、硅酸铝、氧化铝、氧化钙、氧化钠夹杂。

    There are in sizes of about 100 ~ 1000 μ m alloying elements V , Cr , Ti oxides , aluminum silicate , alumina , calcium oxide , sodium oxide inclusions in low-alloy steel .

  10. 用挤压铸造法制备硅酸铝短纤维(Al2O3·SiO2)增强铝硅(Al-Si)合金复合材料,并利用透射电镜观察了Al2O3·SiO2纤维与Al-Si合金基体界面。

    Aluminosilicate ( Al2O3 SiO2 ) short fibre reinforced AlSi alloy composite was fabricated by means of squeeze casting and the interface between aluminosilicate fibre and AlSi alloy matrix was studied by TEM .

  11. X射线衍射显示:在985℃以下,硅酸铝纤维呈非晶结构,高于985℃时,析出莫来石和方石英,并定量计算出不同温度下硅酸铝纤维晶化的百分率。

    The X ray diffraction revealed that , when the temperature is below 985 ℃, alumino silicate fibre was amorphous structure , but when heated to above 985 ℃, mullite and cristobalite were precipitated from alumino silicate fibre .

  12. 本文就粘结剂对硅酸铝纤维增强ZL109合金复合材料冲击疲劳性能的影响进行研究。

    In this paper , the influence of binders on the fatigue behavior of aluminosilicate fibre reinforced ZL109 alloy composites was studied .

  13. 硅酸铝纤维(Fiberfrax);

    Aluminum - silicate wool ( Fiberfrax ) ;

  14. 结果表明:PBS与聚硅酸铝(PSA)絮凝剂配合处理制革废水,SS、COD、硫化物和铬的去除率可分别达到91.8%、83.6%、93.3%和87.3%。

    The results show that the removal rates of SS , COD , sulfide and total chromium in tanning waste water were 91.8 % , 83.6 % , 93.3 % and 87.3 % respectively , combined with polysilicate aluminum .

  15. 讨论了各种无卤阻燃体系,如膨胀剂PNP、三聚氰胺、硅酸铝、磷酸二氢铵、滑石粉、磷酸酯、硼酸锌等新型的阻燃剂以及与其他阻燃剂并用对体系的影响。

    A large of systems filled with non-halogen agent , such as PNP , melamine , aluminum silicate , diammonium phosphate , talcum powder , phosphate , zinc borate were discussed .

  16. 研究了热处理工艺对挤压铸造制备的硅酸铝短纤维增强ZL108合金复合材料组织的影响。

    Effects of heat treatment on microstructure of aluminosilicate short fiber reinforced ZL108 composites prepared by squeezing casting have been observed .

  17. 用晶化的硅酸铝短纤维作增强体,用磷酸铝作黏结剂制得预制体,用AZ91D作基体金属,通过挤压浸渗工艺制备镁基复合材料。

    A magnesium alloy matrix composite was fabricated by squeeze cast with the preform made of crystallized aluminum silicate short fibers as reinforcement and aluminum phosphate as binder .

  18. 本文研究了以硅酸铝短纤维作增强体,工业纯铝L00,铸造铝合金ZL101为基体的复合材料耐磨性。

    This paper investigates the abradabilities of commercially pure aluminum L00 matrix andBirmasil ZL101 matrix composite materials with aluminum phosphate shot fiber as reinforce .

  19. 采用特制特型N-L组合流口和M复合电极,通过控制硅酸铝熔体的粘度来控制硅酸铝熔体的流量,实现了生产硅酸铝耐火纤维的连熔连吹,达到了延长炉龄的目的。

    Continual smelting and continuous converting were achieved in producing aluminum silicate refractory fiber by using special NL combined running hole and M compound electrode and by means of controlling the viscosity of aluminum silicate melt to control its flow .

  20. 以硫酸铝、硫酸铁、水玻璃为主要原料,制备了聚合硅酸铝铁(PSAF)絮凝剂。

    Based on aluminium sulphate , ferric sulphate and silicic acid , polysilicate aluminium ferric ( PSAF ) being used as a flocculant has been synthesized .

  21. 用煤矸石及硫铁矿烧渣作原料制备了一种高效复合混凝剂聚硅酸铝铁(PSAF),并将其用于造纸综合废水的处理。

    A new type of effective complex coagulant polysilicate aluminum ferric salt ( PSAF ) was prepared from coal gangue and pyrite slag and used as coagulant in the treatment of papermaking wastewater .

  22. 结果表明:硅酸铝纤维局部区域与合金中的镁及预制件中的粘结剂起反应,反应生成物分别为MgAl2O4和Si3(PO4)4。

    The experimental results show that the reaction products between aluminosilicate fibre and magnesium in AlSi alloy and binder in preform are MgAl2O4 ( spinel ) and Si3 ( PO4 ) 4 .

  23. 介绍300kg电气熔铝保温炉采用轻质保温砖与硅酸铝纤维毡作保温层,炉壳表面温度低、热效率高;

    A new type of furnace called 300 kg electric heat-insolating furnace for molting Al , which uses light heat-preserved bricks and sodium silicate fabric felt as heat-preserved layer so that the surface temperature is low and the heat efficiency is high .

  24. 研究证明当采用优质硅酸铝陶瓷纤维保温时,保温层厚度不低于180mm时可满足φ530mm×20mm长距离供汽管道保温优化的要求。

    The research result shows that when high quality aluminum silicate ceramic fiber was used as the insulation material and its thickness reached 180 mm , optimal insulation requirement of 530 mm x 20 mm long distance steam pipeline has been met .

  25. 硅酸铝纤维及制品在铝加工行业的应用

    Application of aluminosilicate fibre and its products in aluminium processing industry

  26. 硅酸铝-硅灰石复合粉体材料的制备及其在聚丙烯中的应用

    Preparation of aluminium silicate-wollastonite composite powder and its application in PP

  27. 特殊环境对硅酸铝制品使用效果的影响

    Effects of special situation on application results of aluminium silicate products

  28. 选用硅酸铝耐火纤维作保温材料;

    Select aluminum silicate fire-retardant fiber as materials for heat preservation ;

  29. 硅酸铝纤维喷涂工艺在裂解炉中的应用

    Application of alumina silica refractory fiber spraying technology in steam cracker

  30. 劣质铁尾矿制备聚硅酸铝混凝剂

    Preparation of coagulant of polyaluminum silicate from poor quality ferric tailings