suboxide信息详情
n.低值氧化物
suboxides───n.低值氧化物
sulfoxide───n.亚砜
subside───vi.平息；减弱；沉淀；坐下
sulfoxides───n.亚砜
sulphoxide───亚砜（化学）
superoxide───n.超氧化物；过氧化物
subdivide───vi.细分，再分；vt.把……再分，把……细分
subhalide───n.低卤化物
suboffice───n.分办事处；分局
The electrolytic capacitor anode of Titanium suboxide concerned in this paper have the advantage of high capacity, little leakage current, resourceful and low cost.───与其他类型电解电容器阳极相比，钛资源丰富，价格低廉，但钛阳极的氧化膜形成困难。
In this paper, several methods for preparing titanium suboxide are given and its wide USES in new areas are mentioned.───本文介绍了低价氧化钛的各种制备方法及其在各个新开发领域中的应用。
Study of High Energy Ball Milling for Preparation of Niobium Suboxide Anode Material for New Electrolytic Capacitor───高能球磨法制备新型电解电容器阳极材料低价铌氧化物工艺研究
Study of Mg Reduction for Preparation of Niobium Suboxide New Material for Electrolytic Capacitor Anode───镁还原法制备新型电解电容器阳极材料低价铌氧化物的工艺研究
Study of Nb Reduction for Preparation of Niobium Suboxide as Electrolytic Capacitor Anode Material───铌还原法制备新型电解电容器阳极材料低价铌氧化物工艺研究
Preparation of new electrolytic capacitor anode of niobium suboxide───新型电解电容器阳极材料低价铌氧化物的制备
In this paper, several methods for preparing titanium suboxide are given and its wide uses in new areas are mentioned.
The electrolytic capacitor anode of Titanium suboxide concerned in this paper have the advantage of high capacity, little leakage current, resourceful and low cost.
Due to the influence of properties, resource and cost, anode material of electrolytic capacitor changed from Al to Ta, Nb and suboxide in turn.
Niobium suboxide anode is prepared with method similar to that for tantalum electrolytic capacitor and its electric property is investigated by electrolytic capacitor anode testing.