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- Keywords lanthanide ion;calcium oxalate;microcalorimetry;crystallization kinetics;dihydrate;control effect; 稀土离子;草酸钙;微量热法;结晶动力学;二水合物;调控作用;
- Keywords Lanthanide ion;Dipalmitoylphosphatidylcholine bilayer;Fourier transform infrared spectroscopy; 稀土离子;二棕榈酰磷脂酰胆碱;傅里叶变换红外光谱;
- Keywords lanthanide ion;valence electron antocorreation topological index;physico-chemical property;correlativity; 镧系离子;价电子自相关拓扑指数;物理化学性质;相关性;
- Keywords lanthanide ion;titania;sol-gel method;imidazole;photocatalysis;degradation; 镧系离子;二氧化钛;溶胶-凝胶法;咪唑;光催化;降解;
- Keywords Lanthanide ions;ternary coordination compounds;2 thenoyltrifluoroacetone;diantipyrylmethane; 镧系离子;三元配合物;2-噻吩甲酰三氟丙酮;二安替比林甲烷;
- Keywords Ovotransferrin;Lanthanide ions;Spectra; 伴清蛋白;稀土离子;光谱;
- Keywords Lanthanide trichloride;pyridyl;synthesis; 三氯稀土;吡啶;合成;
- Microporous lanthanide coordination polymers are of great interest due to the obvious advantages as microporous materials and the special optical and magnetic properties of lanthanide ions. 而镧系离子特殊的光学和磁学性质,更使得微孔镧系配位聚合物的研究成为热点。
- Keywords Raman spectra;galactitol;lanthanide ions;complex; 拉曼光谱;半乳糖醇;稀土离子;络合物;
- Keywords Lanthanide complex;Ofloxacin;Quinolone;Fluorescence;FTIR; 稀土配合物;氧氟沙星;喹诺酮;荧光;红外;
- Keywords lanthanide;mitochondria;oxidation damage;rare earths; 镧;线粒体;氧化性损伤;稀土;
- Keywords Lanthanide;L-hydroxyproline;DL-citrulline;Coordination; 镧系元素;L-羟脯氨酸;DL-瓜氨酸;配位作用;
- Keywords Lanthanide complexes;Sila-bridge;Synthesis;Structure; 稀土金属配合物;硅桥;合成;结构;
- Keywords transferrin HBED lanthanide ions UV difference spectrophotometry; 转铁蛋白;HBED;镧系离子;紫外差光谱;
- Keywords lanthanide nitrate;glycine;solid complex;disinfest activity; 稀土硝酸盐;甘氨酸;固体配合物;杀菌活性;
- Keywords lanthanide complex,nitrile,catalysis,amine,Aldol-Tishchenko reaction; 稀土化合物;二碘化钐;腈;胺;催化;
- Effects of Lanthanide Ions in Rare Earths on Genomic DNA of E. Coli 稀土镧离子对大肠杆菌基因组DNA的影响
- Keywords lanthanide complex with nicotinic acid;relaxation rate;NMR; 镧系离子烟酸配合物;弛豫速率核;磁共振;
- As the oxygen atoms on the surface of the polymolybdates are rather reactive, some lanthanides ions can readily incorporate into polymolybdates, resulting in precipitation instead of crystallization. 很明显地,在聚钼酸盐表面的氧原子是非常活跃的,一些稀土离子很容易与这些氧原子聚合形成沉淀形式而代替结晶。
- Keywords lanthanide complex;butadiene polymerization;propionamide;catalyst; 稀土配合物;丁二烯;丙酰胺;催化剂;