CVD鑽石薄膜應用
摻硼鑽石電極
BDD Electrode
絕緣閘雙極性電晶體(IGBT)
Insulated Gate Bipolar Transistor
CVD鑽石工具和UPC工具
CVD Diamond tool & UPC tool
AMF & STM的描畫針
Stylus for AMF & STM
光學機器的X射線視窗
Optical device X-ray window
高敏感的半導體傳感器
High sensitive semiconductor sensor
BDD(Boron Dope Diamond)Electrode
摻硼鑽石電極
鑽石電極的應用範圍
fabrication of BDD DNA chip
high sensitive DNA chip using BDD
汙水處理之先進技術-電催化氧化處理
降解徹底
形成發展趨勢的BDD 污水電解處理設備優勢如下:
The technical significance of taking responsibility for waste water treatment
在廢水處理上的重要技術
To contribute to the environmental remediation
有助於環境淨化
To create the strong oxidation power under low power, small space, non-cross
contamination
要產生在低電力,佔用空間小,無交叉污染條件下的強氧化能力
To deal with broad pollutants
能處理廣泛的污染物
To realize purified operation easily, long life
輕易單純操作,壽命長
Broad Potential Window
廣闊的電位窗相較於Pt及其他水處理材料可以電解多數重金屬及汙染物
Low background current
低背景電流
It is so hard to corrode away the surface of BDD
難以腐蝕BDD 的表面
It is so suitable against chemical, mechanical and thermal reactions
很好的化學、機械和熱抗性
It is possible to create the oxidizing species with strong oxidation
power, hydroxyl radical and ozone etc by the general electrolysis
使用一般的電解就可以產生具有較強的氧化能力、羥基自由基與臭氧
等等的氧化劑種
It is possible to resolve persistent organic pollutants
能分解頑固性有機污染物。
Bisphenol A (BPA); (CH3)2C(C6H4OH)2(雙酚A)
Phenols ; C6H5OH(酚類)
BDD electrode method is lower cost than the Ozonation method,
electro - Fenton reaction method, Hydrogen peroxide (H2O2) &
Ultraviolet irradiation method and incineration (Methane gas) method.
BDD 電極的處理成本比臭氧化處理、電解-范湯反應的處理、過氧化
氫(H2O2)和紫外線照射處理,焚燒(甲烷氣)的方法較低