1)α-cristobaliteα-方石英
1.Using phase change catalyst, we can change quartez into α-cristobalite.利用相变催化剂使石英转变成α-方石英后，加入到坯料中，提高成瓷的抗冲击强度。
2)α-quartzα石英
1.Dating of α-quartz by determining E' centre concentration;α石英E’心浓度测量与测年研究
3)α-tridymiteα-鳞石英
4)α-quartzα-石英
1.Etch figures are studied for the α-quartz crystals in the granite in Kuiqi,Fujian and striped migmatite as well as the light-colored veins in Luotian,Dabie Mountains.通过微分干涉相衬显微镜(DIC)、原子力显微镜(AFM)、扫描电子显微镜(SEM)对这3种岩石中α-石英颗粒的腐蚀像观察,结果表明:用腐蚀法可以对岩石中的α-石英颗粒进行定向,从而研究缺陷的走向;利用α-石英双晶腐蚀像的差异可以将道芬双晶与巴西双晶进行区别,通过统计发现3种岩石标本中道芬双晶出现的概率远远高于巴西双晶。
2.2GPa,150～1200℃) of α-quartz and coesite was obtained by a series of experiments under high pressure and high temperature,and the slope of the boundary in the phase diagram is negative below 650℃ and is basically horizontal above 650℃.2 GPa、150~1200℃范围内进行了一系列的高压高温实验研究,得到了该压力温度范围内晶化产物α-石英与柯石英的p-T相图,而且该相图中的相边界在650℃以下斜率为负,在650℃以上基本水平。
英文短句/例句
1.Interaction between α－quartz powder and lecithin;α-石英及其表面自由基与卵磷脂作用的研究
2.Etch Figures of α-Quartz on Application of Orientation of Crystal Defects and Identification of Twinning Types岩石中α-石英腐蚀像在晶体缺陷定向及双晶鉴别中的应用
3.ETCHING FIGURE OF α-QUARTZ TWINNING ON DIFFERENT CRYSTALLOGRAPHIC FACES AND CRYSTAL SYMMETRYα-石英双晶的腐蚀像在各不同结晶学面上的特征及晶体对称研究
4.TL response to quartz and aluminum oxide grain for α-irradiation氧化铝和石英颗粒对α射线的热释光响应
5.The Application of α-β Quartz Transition to Pressure Calibration in the High Temperature and High Pressure Experimental System;石英α-β相变在高温高压实验系统压力标定中的应用
6.pumpellyite-prehnite-quartz facies绿纤石－葡萄石－石英相
7.DEHYDRATION OF α-CALCIUM SULFATE HEMIHYDRATE IN POTASSIUM CHLORIDE SOLUTIONS UNDER ATMOSPHERIC PRESSURE常压KCl溶液中α-半水石膏的脱水过程
8.The quantitative analysis of α-SiO_2 in montmorillonite蒙脱石中α-SiO_2的定量分析
9.COMPOSITION OPERATORS FROM B~α TO BMOA IN SEVERAL COMPLEX VARIABLES多复变量的B~α到BMOA的复合算子(英文)
10.Bernstein Type Theorems on the(α,β)-Metrics Space(α,β)度量空间的Bernstein定理(英文)
11.a crystal bracelet, watch, etc水晶镯子、 石英表.
12.Effect of water on the α-β transformation kinetics in San Carlos olivine水对圣卡洛斯橄榄石α-β相变动力学的影响
13.Studies on the Photosensitivity of Layered α-Ni(OH)_2 and Nickel Aluminum Layered Double Hydroxides;层状α-Ni（OH）_2和镍铝水滑石的光敏性能研究
14.The Research on Producing α-form Calcium Sulfate Hemihydrate from the FGD Sludge;从FGD残渣中制备高强型α半水石膏的研究
15.Expressions of Cav1.2 mRNA in different types of gallstone gallbladder tissuesL-型钙通道α-1c亚型mRNA在结石胆囊组织的表达
16.Industrial Experimental Study of Production of α-gypsum Powder from Desulfurized Gypsum through Liquid Phase Process脱硫石膏液相法生产α-石膏粉的工业化试验研究
17.Influence of Crystal Modifier on Morphology and Strength of α-Hemihydrate Gypsum Prepared by Desulfurization Gypsum转晶剂对脱硫石膏制备α-半水石膏形貌及强度的影响
18.The Affect of Sulfuric Acid Concentration On Preparation of α-Semi-Hydrated Gypsum硫酸浓度对烟气脱硫石膏制备α-半水石膏的影响
相关短句/例句
α-quartzα石英
1.Dating of α-quartz by determining E' centre concentration;α石英E’心浓度测量与测年研究
3)α-tridymiteα-鳞石英
4)α-quartzα-石英
1.Etch figures are studied for the α-quartz crystals in the granite in Kuiqi,Fujian and striped migmatite as well as the light-colored veins in Luotian,Dabie Mountains.通过微分干涉相衬显微镜(DIC)、原子力显微镜(AFM)、扫描电子显微镜(SEM)对这3种岩石中α-石英颗粒的腐蚀像观察,结果表明:用腐蚀法可以对岩石中的α-石英颗粒进行定向,从而研究缺陷的走向;利用α-石英双晶腐蚀像的差异可以将道芬双晶与巴西双晶进行区别,通过统计发现3种岩石标本中道芬双晶出现的概率远远高于巴西双晶。
2.2GPa,150～1200℃) of α-quartz and coesite was obtained by a series of experiments under high pressure and high temperature,and the slope of the boundary in the phase diagram is negative below 650℃ and is basically horizontal above 650℃.2 GPa、150~1200℃范围内进行了一系列的高压高温实验研究,得到了该压力温度范围内晶化产物α-石英与柯石英的p-T相图,而且该相图中的相边界在650℃以下斜率为负,在650℃以上基本水平。
5)α-Quartz-graphiteα-石英-石墨
6)quartz-α SiO 2石英-α型SiO2
延伸阅读
方石英分子式：CAS号：性质：见方英石
