碱式碳酸镁

  • 网络Magnesium Carbonate;Magnesium carbonate hydroxide;Magnesium carbonate basic
碱式碳酸镁碱式碳酸镁
  1. 盐湖提钾后的水氯镁石为原料,以Na2CO3作沉淀剂,采用化学方法中的液相沉淀法制备碱式碳酸镁。

    Using bischofite as raw materials , Na_2CO_3 as precipitant , basic magnesium carbonate was prepared by liquid deposition method through studying , the suitable process parameters were obtained .

  2. 碱式碳酸镁的应用及合成方法

    Study on Synthetic Methods and Application of Basic Magnesium Carbonate

  3. 液相法合成多孔棒状碱式碳酸镁初探

    Synthesis of Porous Rod-Like Basic Magnesium Carbonate Via Liquid Method

  4. 盐湖老卤制备碱式碳酸镁的研究

    Preparing basic magnesium carbonate by using saline lake halogen

  5. 碱式碳酸镁的清洁生产工艺

    A Cleaner Production Process to Prepare Magnesium Carbonate Hydroxide

  6. 精制碱式碳酸镁新工艺

    New Productive Process of Edible Basic Magnesium Carbonate

  7. 从海泡石制备纤维状硅胶及电子陶瓷级碱式碳酸镁

    Production of fibriform silica gel and electron ceramic grade basic magnesium carbonate from sepiolite

  8. 碱式碳酸镁前驱状态的研究

    Preceding state of basic magnesium carbonate

  9. 偶联剂对环氧树脂/碱式碳酸镁体系力学和分散性能的影响

    Effect of Coupling Agent on Mechanical and Dispersity of Epoxy Resin / Basic Magnesium Carbonate System

  10. 微波辐射煅烧碱式碳酸镁制备轻质活性氧化镁

    The preparation of light and activated magnesium oxide from basic magnesium carbonate by microwave radiation - calcining

  11. 碱式碳酸镁吸附共沉法测定海水中痕量钍

    The sorption-coprecipitation of trace amounts of Th in sea water by basic magnesium carbonate and method of Th determination

  12. 以不同沉淀剂制备了碱式碳酸镁前驱体,讨论了前驱体制备温度和制备时间对得到的氧化镁的影响。

    The effect of preparation temperature and aging time of the precursor on the properties of the resulting MgO was studied .

  13. 三水碳酸镁分解后可能再度形成无定形物,并经由颗粒介导途径转化为碱式碳酸镁。

    The results show that amorphous material could be re-formed after nesquehonite decomposition . Hydromagnesite will be crystallized via particles-mediated pathway .

  14. 碱式碳酸镁在不同的锻烧时间、锻烧温度、加表面活性剂等各种条件对氧化镁活性及粒度的影响。

    The influence of magnesium basic carbonate on MgO activity and particle size under conditions of different calcining time , calcining temperature and surface active agent .

  15. 研究了以工业级硫酸镁为原料生产食用级碱式碳酸镁的工艺条件及影响产品收率的主要因素。

    The technological conditions of the production of edible basic magnesium carbonate from industrial magnesium sulfate and the main factors affecting the yield of product are studied .

  16. 介绍了国内外碱式碳酸镁主要合成方法及应用,并对其中存在的一些问题进行了探讨,旨为盐湖镁资源的开发利用提供一条途径。

    Synthetic methods and application of basic magnesium carbonate in the world are discussed in this paper , aiming at proposing a method for exploiting and utilizing magnesium resources of salt lakes .

  17. 实验结果表明:在反应初期首先形成带空腔的三水碳酸镁,经陈化后逐渐变为碱式碳酸镁。

    The experimental result indicated that the porous magnesium carbonate trihydrate formed in the initial reaction stage was changed gradually to the basic magnesium carbonate hydrate after aging for a period of time .

  18. 碳化法制备的前驱物(碱式碳酸镁)在烘干温度、热解方式、过筛目数不同等各种条件对氧化镁活性及粒度的影响。

    The main aspects studied in this thesis include : ( 1 ) The influence of magnesium basic carbonate , the precursor in the carbonation method , on MgO activity and particle size under conditions of different stoving temperature , pyrolysis style and grit number .

  19. 根据生产实践及理论推导,对碳碱法加工硼镁矿制硼砂的一些理论性问题阐述其观点:(1)硼镁矿粉碳解生成的不溶性镁盐是碱式碳酸镁;

    Based on the production practice and theoretical deduction , some points of view for the theory of production of borax from szaibelyite by CO_2-Na_2CO_3 process are put forward : ( 1 ) the insoluble magnesium salt formed from the carbonation-decomposition process is basic magnesium carbonate ;

  20. 本研究采用室温固相法合成了纳米晶NiO、ZrO2、ZnCO3、ZnO、Zn3(PO4)2·2H2O,以及球形纳米碱式碳酸铝镁、纳米碱式碳酸钠铝粉末。

    The nanocrystalline materials ( NiO , ZrO_2 , ZnCO_3 , ZnO , Zn_3 ( PO_4 ) _2 · 2H_2O , basic magnesium and aluminum carbonate , and basic sodium and aluminum carbonate ) were synthesized by room temperature solid state reaction .

  21. 在此条件下合成的碱式碳酸铝镁粉末一次粒子的平均粒径约80nm,其形貌为球形,收率为95.2%。

    Under this conditions , the average grain size of the spherical basic aluminum magnesium carbonate powder was about 80 nm , and the yield was up to 95.2 % .

  22. 目的:观察碱式碳酸铝镁混悬液(Hyd)对消化性溃疡和慢性胃炎的疗效.方法:采用随机分组平行对照法,全组共165例。

    AIM : To investigate clinical curative effects of hydrotalcite ( Hyd ) suspension in the treatment of 165 patients with peptic ulcer ( PU ) and chronic gastritis ( CG ) by the method of parallel control in random groups .

  23. 室温固相合成球形纳米碱式碳酸铝镁

    Preparation of spherical nanometer basic aluminum magnesium carbonate by room temperature solid state reaction

  24. 碱式碳酸铝镁的制备

    Preparation of Basic Magnesium Aluminum Carbonate

  25. 碱式碳酸铝镁混悬液治疗消化性溃疡和慢性胃炎的临床疗效

    Clinical curative effects of hydrotalcite suspension in the treatment of patients with peptic ulcer and chronic gastritis

  26. 对合成碱式碳酸铝镁的新方法进行了研究,以硫酸铝为铝源,用固相反应法成功合成得到碱式碳酸铝镁。

    The new method for synthesis of magnesium aluminium carbonate hydroxide was studied , achieved magnesium aluminium carbonate hydroxide successfully with aluminium sulfate as aluminium source via solid state reaction .