cyanoferrate compounds
氰铁酸盐化合物
the cyanoferrates
氰铁酸盐
cyanoferrate formation
氰铁酸盐的形成
cyanoferrate synthesis
氰铁酸盐的合成
cyanoferrate analysis
氰铁酸盐的分析
using cyanoferrates
使用氰铁酸盐
cyanoferrate structure
氰铁酸盐结构
cyanoferrate ions
氰铁酸盐离子
cyanoferrate solution
氰铁酸盐溶液
cyanoferrate reaction
氰铁酸盐反应
iron cyanoferrates are used as blue pigments in historical artworks.
铁氰化物在历史艺术品中被用作蓝色颜料。
potassium cyanoferrate is commonly known as prussian blue.
钾铁氰化物通常被称为普鲁士蓝。
sodium cyanoferrate can form stable complex compounds.
钠铁氰化物可以形成稳定的配合物。
cyanoferrate chemistry involves the study of iron-cyanide complexes.
铁氰化物化学涉及对铁-氰化物配合物的研究。
researchers developed new cyanoferrate-based sensors.
研究人员开发了基于铁氰化物的新传感器。
cyanoferrate pigments have been found in ancient manuscripts.
铁氰化物颜料在古代手稿中被发现。
the cyanoferrate ion contains iron bonded to cyanide ligands.
铁氰化物离子含有与氰化物配体结合的铁。
some cyanoferrates exhibit interesting magnetic properties.
一些铁氰化物表现出有趣的磁性。
cyanoferrate complexes are important in analytical chemistry.
铁氰化物配合物在分析化学中非常重要。
scientists are studying cyanoferrate materials for energy storage.
科学家正在研究铁氰化物材料用于能量存储。
the structure of cyanoferrates was determined by x-ray crystallography.
铁氰化物的结构通过X射线晶体学确定。
cyanoferrate compounds can act as catalysts in certain reactions.
铁氰化物化合物在某些反应中可以作为催化剂。
cyanoferrate compounds
氰铁酸盐化合物
the cyanoferrates
氰铁酸盐
cyanoferrate formation
氰铁酸盐的形成
cyanoferrate synthesis
氰铁酸盐的合成
cyanoferrate analysis
氰铁酸盐的分析
using cyanoferrates
使用氰铁酸盐
cyanoferrate structure
氰铁酸盐结构
cyanoferrate ions
氰铁酸盐离子
cyanoferrate solution
氰铁酸盐溶液
cyanoferrate reaction
氰铁酸盐反应
iron cyanoferrates are used as blue pigments in historical artworks.
铁氰化物在历史艺术品中被用作蓝色颜料。
potassium cyanoferrate is commonly known as prussian blue.
钾铁氰化物通常被称为普鲁士蓝。
sodium cyanoferrate can form stable complex compounds.
钠铁氰化物可以形成稳定的配合物。
cyanoferrate chemistry involves the study of iron-cyanide complexes.
铁氰化物化学涉及对铁-氰化物配合物的研究。
researchers developed new cyanoferrate-based sensors.
研究人员开发了基于铁氰化物的新传感器。
cyanoferrate pigments have been found in ancient manuscripts.
铁氰化物颜料在古代手稿中被发现。
the cyanoferrate ion contains iron bonded to cyanide ligands.
铁氰化物离子含有与氰化物配体结合的铁。
some cyanoferrates exhibit interesting magnetic properties.
一些铁氰化物表现出有趣的磁性。
cyanoferrate complexes are important in analytical chemistry.
铁氰化物配合物在分析化学中非常重要。
scientists are studying cyanoferrate materials for energy storage.
科学家正在研究铁氰化物材料用于能量存储。
the structure of cyanoferrates was determined by x-ray crystallography.
铁氰化物的结构通过X射线晶体学确定。
cyanoferrate compounds can act as catalysts in certain reactions.
铁氰化物化合物在某些反应中可以作为催化剂。
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