在800℃的高温和真空环境下,镍粉与WO3反应生成挥发性蓝色W3O8以及NiWO4和NiW5O16。
合成制备方法同样在800℃的高温和真空条件下,镍粉与WO3发生反应,生成挥发性的蓝色W3O8及NiWO4和NiW5O16。
用途简介(此部分未提供具体内容)
WO3 nanoplates derived from NiWO4 were found to have the highest concentration of oxygen vacancy, narrowest band gap, longest electron–hole recombination time, and in turn the highest rate of photodegradation of azo dye methylene blue.