I-Titanium Anode
Yintoni iTitanium Anode
I-Titanium anode, ebizwa ngokuba yiMixed metal oxide (MMO) electrode, ekwabizwa ngokuba yi-Dimensionally Stable Anode (DSA), zizixhobo ezine-conductivity ephezulu kunye nokumelana nomhlwa ukuze zisetyenziswe njenge-anode kwi-electrolysis. Zenziwe ngokugquma i-substrate, efana nepleyiti ye-titanium ecocekileyo okanye i-mesh eyandisiweyo, eneentlobo ezininzi zee-oxide zetsimbi. I-oxide enye idla ngokuba yi-RuO2, i-IrO2, okanye i-PtO2, eyenza umbane kwaye ibangele ukusabela okufunwayo njengokuveliswa kwegesi ye-chlorine. Enye i-oxide yesinyithi ikholisa ukuba yi-titanium dioxide engaqhubekiyo okanye ibangele ukusabela, kodwa inexabiso eliphantsi kwaye inqanda ukubola kwangaphakathi.
Ukusetyenziswa kweTitanium Anode
Izicelo ziquka ukusetyenziswa njenge-anodes kwiiseli ze-electrolytic zokuvelisa i-chlorine yasimahla kumanzi anetyuwa kumanzi okuqubha, kwi-electrowinning yesinyithi, kwibhodi yesekethe eprintiweyo, i-electrotinning kunye ne-zinc electro-galvanising yentsimbi, njenge-anode yokukhusela i-cathodic yezakhiwo ezingcwatywe okanye eziphantsi kwamanzi, njl. .
Imbali yeTitnaium anode
UHenri Bernard Beer wabhalisa ipatent yakhe kwimixed metal oxide electrode ngo-1965. Ilungelo elilodwa lomenzi wechiza elibizwa ngokuba yi "Beer 65", ekwabizwa ngokuba yi "Beer I", apho iBeer ibange ukufakwa kwe-Ruthenium oxide, kunye nokuxutywa kwikhompawundi ye-titanium enyibilikayo kwipeyinti, malunga ne-50% (ngepesenti ye-molar RuO2:TiO2 50:50) . Ilungelo lakhe lesibini lelungelo elilodwa lomenzi, iBeer II, [3] yehlise umxholo we-Ruthenium oxide ngaphantsi kwe-50%.
Nceda ujonge iimveliso zethu zohlelo lwe-titanium anode ngolu hlobo lulandelayo:
