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1)  magnesia [英][mæɡ'ni:ʒə]  [美][mæg'niʒə]
菱苦土
1.
This paper described the influence which the mole ratio of MgO/MgCl2 and an additive which is silicon powder effect on the strength of the magnesia's abrasive products.
论述通过正交试验法对MgO和氯化镁摩尔比以及硅粉对菱苦土磨具强度的影响规律。
2.
First prepare potassium nitrate with nitric acid and potassium chloride reacting with magnesia, and then separate potassium nitrate from solution and mother liquor is mainly composed by magnesium chloride.
先以硝酸、氯化钾与菱苦土为原料反应制取硝酸钾,分离硝酸钾所得母液主要是氯化镁溶液,在氯化镁溶液中先后加入填充料、改性剂、菱苦土等原料,充分搅拌均匀制成菱镁水泥料浆,然后将料浆注入模具中成型为菱镁水泥制品。
3.
The result shows that the cause of fracturing is under-burning or over-burning of magnesia.
指出欠烧或过烧菱苦土的采用是造成氯氧镁水泥硬化体胀裂的根本原因。
2)  magnesite [英]['mægnəsait]  [美]['mægnə,saɪt]
菱苦土
1.
The Application of the Magnesite Model in the Casting Manufacturing;
菱苦土模型在铸造生产中的应用
3)  calcined magnesite
菱苦土
1.
Research on the composite magnesia cement of the caustic dolomite and the calcined magnesite;
苛性白云石与菱苦土复合的胶凝材料
2.
Comparisons of machanical properties (experiments) indicated that the strength of magnesium oxychloride cements prepared of caustic (dolomites) and calcined magnesites was very close and the early (strength) of the former was even higher.
通过力学性能对比试验,表明苛性白云石、菱苦土制备的氯氧镁水泥,二者在强度上相差无几,且前者早期强度更高;若二者按一定比例混合制备复合氯氧镁水泥,由于活性MgO含量的增加和弥散分布的活性CaCO3粒子的增强作用,物理力学性能得到很大改善。
4)  magnesite slab
菱苦土板
5)  magnesite [英]['mægnəsait]  [美]['mægnə,saɪt]
菱镁土,菱苦土
6)  magnesia bonded abrasives
菱苦土磨具
1.
In this paper, the functional mechanism of quartz in magnesia bonded abrasives is studied by applying the relevant theory of material structure and chemical bond, and identified the theoretical result by experiment.
本文利用物质结构与化学键的有关理论对石英砂的菱苦土磨具中的作用机理进行分析,并以实验对分析结果进行验证。
补充资料:菱苦土
分子式:
CAS号:

性质:镁质胶凝材料。主要成分是MgO,由菱镁矿在600~800℃的温度下煅烧后磨细而成。菱苦土不能用水拌和,可用氯化镁(MgCl2·6H2O)、硫酸镁(MgSO4·7H2O)、氯化铁(FeCl3)等盐类溶液作拌和剂。其中以氯化镁为最好,拌和后凝结快,硬化后强度高,称为氯镁水泥。但该制品吸湿性大,抗水性差,吸湿后容易变形。为了提高其抗水性,可加入一定量的硫酸亚铁或磷酸、磷酸盐,或加入磨细的黏土砖粉、粉煤灰、沸石凝灰岩等。菱苦土碱性较弱,对有机物无腐蚀性。其制品在硬化过程中体积稍有膨胀而不产生收缩裂缝;配以竹筋、苇筋制成混凝土,有较好的抗裂性能;也可以胶结木屑、刨花等制成板材,代替木材制作家具、地板、墙体材料;加入泡沫剂或轻质骨料,可制保温材料。

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