尖晶石结构CdCr_2S_4基化合物,spinel CdCr_2S_4 compounds
1)spinel CdCr_2S_4 compounds尖晶石结构CdCr_2S_4基化合物
2)spinel strucutre oxides尖晶石结构氧化物
3)catalytic removal of NOx尖晶石类化合物
4)spinel structure尖晶石结构
1.Effect of lithium and cobalt doping on the Li-Mnspinel structure and performance;锂和钴元素掺杂对锂锰尖晶石结构和性能的影响
2.Based on the practical application,the velocity and limitation of Co2+ entry into thespinel structure were studied under the condition of Co/Fe ratio in initial solution.从实际应用的角度出发,研究了初始溶液中钴铁摩尔比对室温下Co2+进入尖晶石结构的速率和程度的影响,过程中的氧化-还原电位和产物的化学分析、XRD以及IR等光谱分析的结果表明:初始溶液中较小的钴铁摩尔比有利于钴铁酸盐的生成。
3.The cation distribution in Zn(Ga,Fe)_2O_4 solid solutions withspinel structure were calcu- lated by using the X-ray powder diffraction density method (R factor Method).应用X射线衍射密度法(R因子法)计算了Zn(Ga,Fe)_2O_4固溶体尖晶石结构中阳离子分布,结果表明:金属离子在ZnGa_2O_4尖晶石结构中采取中间偏反型分布。
英文短句/例句
1.This is a blue colour stain with a spinel structure, widely used in glazes.这浅蓝色料具有尖晶石结构，广泛适用于不釉中。
2.The Stability, Electronic Structure and Optical Property of the New Spinel Nitride γ-GeSi_2N_4;尖晶石结构氮化物γ-GeSi_2N_4的第一性原理研究
3.Study of Lithium Fast Ion Conductors and Spinel-structured Cathode Materials for Lithium Ion Battery;锂快离子导体及尖晶石结构的锂离子电池正极材料的研究
4.Synthesis of Spinal Ni-doped Manganese Oxide Lithium Ion-sieve by Sol-gel Method溶胶-凝胶法制备尖晶石结构镍锰氧化物型锂离子筛
5.Preparation and Catalytic Oxidation Properties of Nano-structured Spinel ZnFe_2O_4;纳米结构ZnFe_2O_4尖晶石的制备及催化氧化特性研究
6.Theoretical study of the electronic structure and hardness of spinel-C_2SiN_4 and spinel-Si_2CN_4立方尖晶石C_2SiN_4和Si_2CN_4电子结构和硬度的理论研究
7.On First Principles of the Electronic Structure of Spinel LiMn_2O_4尖晶石型LiMn_2O_4电子结构的第一性原理研究
8.Controlled-Synthesis, Characterization and Properties of Spinel Ferrite Nanocrystallines;尖晶石型铁氧体纳米晶的控制合成、结构和性能研究
9.Influence of aluminium fluoride on crystalline structure and properties of magnesium aluminate spinel氟化铝对镁铝尖晶石晶相结构及性能影响的研究
10.Effects of calcination temperature and zirc on addition on properties and microstructures of magnesia-spinel refractories containing lightweight aggregate烧成温度和锆英石对轻骨料镁尖晶石材料性能和显微结构的影响
11.Effect of degree of crystallization on the cycle performance of spinel LiMn_2O_4结晶度对尖晶石LiMn_2O_4循环性能的影响
12.Synthesis, Structure and Properties of Spinel Lithium Manganese Oxides for Lithium Ion Battery;锂离子电池用尖晶石锰酸锂的合成、结构与性能研究
13.A Quantum Mechanics Investigation on the Structure and Performance of Dopped Spinel Maganese Oxide;掺杂尖晶石型锰酸锂（LiMn_2O_4）结构与性能的量子力学计算研究
14.Preparation, Microstructure and Properties of New Spinel-containing Refractory Aluminous Cements;含镁铝尖晶石的新型铝酸盐水泥的制备、结构和性能的研究
15.Effects of Doping Elements Lanthanum and Fluorine on Structure and Electrochemical Performance of Spinel LiMn_2O_4 Cathode Material掺杂元素La、F对尖晶石LiMn_2O_4材料结构及性能的影响
16.plate form of wax crystals石蜡结晶的片状结构
17.a purple variety of the ruby spinel.一种紫色的红尖晶石。
18.a pale rose-colored variety of the ruby spinel.一种浅玫瑰色的尖晶石。
相关短句/例句
spinel strucutre oxides尖晶石结构氧化物
3)catalytic removal of NOx尖晶石类化合物
4)spinel structure尖晶石结构
1.Effect of lithium and cobalt doping on the Li-Mnspinel structure and performance;锂和钴元素掺杂对锂锰尖晶石结构和性能的影响
2.Based on the practical application,the velocity and limitation of Co2+ entry into thespinel structure were studied under the condition of Co/Fe ratio in initial solution.从实际应用的角度出发,研究了初始溶液中钴铁摩尔比对室温下Co2+进入尖晶石结构的速率和程度的影响,过程中的氧化-还原电位和产物的化学分析、XRD以及IR等光谱分析的结果表明:初始溶液中较小的钴铁摩尔比有利于钴铁酸盐的生成。
3.The cation distribution in Zn(Ga,Fe)_2O_4 solid solutions withspinel structure were calcu- lated by using the X-ray powder diffraction density method (R factor Method).应用X射线衍射密度法(R因子法)计算了Zn(Ga,Fe)_2O_4固溶体尖晶石结构中阳离子分布,结果表明:金属离子在ZnGa_2O_4尖晶石结构中采取中间偏反型分布。
5)spinel type尖晶石结构
1.AlON nanowires are ofspinel type.实验表明,AlON纳米线是尖晶石结构。
6)Spinel[英][spi"nel][美][sp?"n?l]尖晶石结构
1.The results show that the synthesized Li xMn 2O 4 have good crystal with a structure of spinel.经X射线衍射表征 ,热重分析 (TG)和差热分析 (DTA)以及电化学性能测试表明 :LixMn2 O4结晶性能很好 ,为尖晶石结构 ;材料随着n(Li)∶n(Mn)摩尔比增大起始放电量增大 ,而电池的效率却逐渐减少 ,2 0次循环后富锂正极材料的放电量低于缺锂正极材料。
2.The spinel construction of LiNi0.通过X射线衍射分析证明所合成的锂离子筛为尖晶石结构,每克离子筛对Li+的饱和交换容量达36。
延伸阅读
反尖晶石型结构分子式：CAS号：性质：与尖晶石结构类同，但A，B离子所处的位置和配位关系完全相反，故名。这类结构中O2-离子与尖晶石结构中情况相同，呈立方紧密堆积，A2+离子和半数B3+离子处于八面体空隙中，而余下的一半B3+离子处于四面体空隙中。整个结构可写作，式中IV和VI为配位数。常见的反尖晶石化合物有：Fe3+，(Fe2+，Fe3+)O4，(即Fe3O4)、Fe(MgFe)O4，Zn(SnZn)O4、Fe(NiFe)O4等，这些晶体具有铁氧体磁性，在电子陶瓷中有广泛应用。
