cyanoferrate compounds
氰鐵鉀化合物
the cyanoferrates
氰鐵鉀
cyanoferrate formation
氰鐵鉀生成
cyanoferrate synthesis
氰鐵鉀合成
cyanoferrate analysis
氰鐵鉀分析
using cyanoferrates
使用氰鐵鉀
cyanoferrate structure
氰鐵鉀結構
cyanoferrate ions
氰鐵鉀離子
cyanoferrate solution
氰鐵鉀溶液
cyanoferrate reaction
氰鐵鉀反應
iron cyanoferrates are used as blue pigments in historical artworks.
鐵氰化鐵用於歷史藝術作品中的藍色顏料。
potassium cyanoferrate is commonly known as prussian blue.
鉀鐵氰化物通稱為普魯士藍。
sodium cyanoferrate can form stable complex compounds.
鈉鐵氰化物可以形成穩定的複合化合物。
cyanoferrate chemistry involves the study of iron-cyanide complexes.
鐵氰化物化學涉及對鐵-氰化物複合物的研究。
researchers developed new cyanoferrate-based sensors.
研究人員開發了基於鐵氰化物的新型感測器。
cyanoferrate pigments have been found in ancient manuscripts.
鐵氰化物顏料在古代手稿中被發現。
the cyanoferrate ion contains iron bonded to cyanide ligands.
鐵氰化物離子含有與氰化物配體鍵結的鐵。
some cyanoferrates exhibit interesting magnetic properties.
一些鐵氰化物表現出有趣的磁性特性。
cyanoferrate complexes are important in analytical chemistry.
鐵氰化物複合物在分析化學中具有重要地位。
scientists are studying cyanoferrate materials for energy storage.
科學家正在研究鐵氰化物材料用於能源儲存。
the structure of cyanoferrates was determined by x-ray crystallography.
鐵氰化物的結構通過X射線晶體學確定。
cyanoferrate compounds can act as catalysts in certain reactions.
鐵氰化物化合物在某些反應中可作為催化劑。
cyanoferrate compounds
氰鐵鉀化合物
the cyanoferrates
氰鐵鉀
cyanoferrate formation
氰鐵鉀生成
cyanoferrate synthesis
氰鐵鉀合成
cyanoferrate analysis
氰鐵鉀分析
using cyanoferrates
使用氰鐵鉀
cyanoferrate structure
氰鐵鉀結構
cyanoferrate ions
氰鐵鉀離子
cyanoferrate solution
氰鐵鉀溶液
cyanoferrate reaction
氰鐵鉀反應
iron cyanoferrates are used as blue pigments in historical artworks.
鐵氰化鐵用於歷史藝術作品中的藍色顏料。
potassium cyanoferrate is commonly known as prussian blue.
鉀鐵氰化物通稱為普魯士藍。
sodium cyanoferrate can form stable complex compounds.
鈉鐵氰化物可以形成穩定的複合化合物。
cyanoferrate chemistry involves the study of iron-cyanide complexes.
鐵氰化物化學涉及對鐵-氰化物複合物的研究。
researchers developed new cyanoferrate-based sensors.
研究人員開發了基於鐵氰化物的新型感測器。
cyanoferrate pigments have been found in ancient manuscripts.
鐵氰化物顏料在古代手稿中被發現。
the cyanoferrate ion contains iron bonded to cyanide ligands.
鐵氰化物離子含有與氰化物配體鍵結的鐵。
some cyanoferrates exhibit interesting magnetic properties.
一些鐵氰化物表現出有趣的磁性特性。
cyanoferrate complexes are important in analytical chemistry.
鐵氰化物複合物在分析化學中具有重要地位。
scientists are studying cyanoferrate materials for energy storage.
科學家正在研究鐵氰化物材料用於能源儲存。
the structure of cyanoferrates was determined by x-ray crystallography.
鐵氰化物的結構通過X射線晶體學確定。
cyanoferrate compounds can act as catalysts in certain reactions.
鐵氰化物化合物在某些反應中可作為催化劑。
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