合成石

球磨促进高温固相反应合成尖晶石相LiMn2O4

Synthesis of spinel LiMn_2O_4 by ball-milling promoted solid state reaction

水热一步法合成矸石基吸附剂的研究

Study on gangue-type adsorbent by self-transformation of gangue in a hydrothermal phase

水淬高炉炉渣合成硅灰石的方法

Study on synthesizing wollastonite from furnace slag chilled with water

本文主要讨论合成勃姆石有效去除牛奶中磷酸离子的能力。

The ability of synthetic boehmite to remove phosphate ions from milk was investigated .

人工合成硅灰石的发光性质与发光机理的初步研究

Syntheses and Luminescence Properties of Wollastonite

东京：日本宣布，已开发出低成本的合成铁矿石和煤。

Tokyo : Japan announces that it has developed low-cost synthetic substitutes for iron ore and coal .

采用原料包覆技术合成硅灰石，具有原料混合均匀度高，合成温度较低，反应时间短，产物颗粒细、纯度和白度高等特点。

That wollastonite synthesized by the technology of coated raw materials has characteristics of high mixing homogeneity , lower synthetic temperature , shorter reacting time , fine particles , high purity and whiteness .

利用丙烯酸、丙烯酰胺和伊利石为原料，采用溶液聚合法合成伊利石/丙烯酸-丙烯酰胺高吸水复合材料，以使高吸水材料成本降低，环境相容性提高。

Acrylic acid , acrylamide and illite were used in preparation of illite / AA-AM super absorbent polymer ( SAP ) composite material by solution polymerization in order to reduce cost and improve environment compatibility .

利用粉末X射线衍射分析了所合成样品中文石的含量，同时用扫描电镜（SEM）观察了合成晶须的形貌状态。

X ray diffraction analysis was used to determine the content of aragonite of the final product . Shape and pattern of whiskers was observed by scanning electronic microscope ( SEM ) .

采用LCA技术对利用钾长石粉体水热合成雪硅钙石、制备碳酸钾的工艺进行环境影响评价。

LCA technique was used to evaluate the influence of the procedure developed in this research to the environment in the process of the decomposition of the potassium feldspar and the preparation of the tobermorite .

研究了以天然石灰和天然粉石英为基本原料，添加2CaO·SiO2对合成硬硅钙石型硅酸钙保温材料的影响。

The quality effect of xonotlite-type calcium silicate thermal insulation materials by adding small amount of dicalcium silicate was studied . The basic raw materials were natural powder quartz and nature lime .

原位合成纤维独石氮化硅陶瓷材料的性能与结构

Properties and structure of in_situ fibrous Si 3N 4 monolithic ceramics

动态水热合成硬硅钙石的反应历程研究

Investigation of dynamical hydrothermal synthetic reaction course of xonotlite

从硫酸长春碱合成抗癌药酒石酸长春瑞宾，总收率15.3%。

Antitumor drug vinorelbine tartrate was synthesised from vinblastine sulfate in 15.3 % overall yield .

室温离子液体中合成方钠石的研究

Synthesis of Sodalite in Room-temperature Ionic Liquid

一种合成方钠石的新方法

A new method for synthesizing sodalite

天然及合成的硅灰石的高压研究

High pressure study on wollastonite

对这些合成水镁石的矿物学研究不仅具有材料科学意义，而且为研究天然水镁石成因和性质提供了实验室证据。

The mineralogical studies of the synthetic brucites are not only of interest in material science , but also provide experimental evidence for studying the nature of natural brucite .

晶质二氧化硅与工业石灰水热合成硬硅钙石反应历程超声对肝内胆管结石与肝内钙化灶及肝内胆管积气的鉴别诊断

Formation of xonotlite during hydrothermal synthesis in the mixture of quartz and lime Ultrasonographic Differential Diagnosis of Intrahepatic Bile Duct Lithiasis and Intrahepatic Calcification Foci and Intrahepatic Bile Duct Pneumatosis

采用动态水热法，以江西产天然粉石英、河北井陉产石灰为原料，加入少量的氧氯化锆为添加剂合成硬硅钙石晶体。

Xonotlite was obtained based on dynamic hydrothermal process by using natural powder quartz of Jiangxi Province and lime of Jingjing County , Hebei Province as major raw materials . Zirconium oxychloride was used as an additive .

随着配料中ZrO2含量的增加，合成料中方镁石和锆酸钙相呈现不同的分布特征；

With the increase of ZrO 2 addition , the periclase and calcium zirconates exhibited different distribution features in the materials ;

在氯仿中合成纳米羟基灰石的研究

Preparation of Nano-sized Hydroxyapatite in Chloroform Medium

白炭黑合成的硬硅钙石硅氧骨架晶格有序度较低，晶胞也较小。

The degree of order of silica skeleton crystal lattice of carbon white synthesized xonotlite is low and crystal cell is small .

利用粉石英和白炭黑作为硅质原料，采用动态水热法合成了硬硅钙石，成型后的制品体积质量分别为123kg/m3和374kg/m3。

Taking konilite and carbon white as siliceous material , xonotlite samples were synthesized by a dynamic hydrothermal method , with bulk density of 123 kg / m3 and 374 kg / m3 respectively .

结论随着高胆固醇膳食进食时间延长，血清及肝脏中胆固醇均增加，胆汁中胆固醇增加，肝细胞低密度脂蛋白受体活性下降，可能致胆汁中甘氨胆酸合成减少，成石性胆汁形成。

Conclusions After intake of high cholesterol diet , the serum and hepatic cholesterol increase with time , which possibly causes an enhanced secretion or biliary cholesterol into bile and reduces the synthesis of glycocholate into bile .