In Rev. Sci. Intrum. 1995, 66 (1), 97-100, on page 98, the authors describe using a -1.1 V vs carbon (but I use vs Pt) in H2SO4 ( I use 50 mM) to electrochemically etch PtO2 off Pt. Hope this helps!
The chemical name of PtO2 is platinum oxide.
Platinum dioxide, also known as Adams' catalyst, is usually represented as platinum(IV) oxide hydrate, PtO2-H2O. It is a catalyst for hydrogenation and hydrogenolysis in organic synthesis. This dark brown powder is commercially available. The oxide itself is not an active catalyst, but it becomes active after exposure to hydrogen whereupon it converts to platinum black, which is responsible for reactions.
Metals: platinum, platinum alloys (with Rh, Au, Ir), Pt-zirconia stabilized, nickel, zirconium, inconel 601, tantalum, molybdenum, etc. Ceramics: porcelain, mullite, aluminum oxide, aluminum nitride, zirconium oxide (with 10 % yttrium oxide), magnesium oxide, beryllium oxide, cerium sulphide, silica, etc. Vitrous graphite
Carbon is one!
by heating it with a more reactive element; e.g. zinc.
activity series
The chemical name of PtO2 is platinum oxide.
PtO2
Titties
Platinum dioxide, also known as Adams' catalyst, is usually represented as platinum(IV) oxide hydrate, PtO2-H2O. It is a catalyst for hydrogenation and hydrogenolysis in organic synthesis. This dark brown powder is commercially available. The oxide itself is not an active catalyst, but it becomes active after exposure to hydrogen whereupon it converts to platinum black, which is responsible for reactions.
Metals: platinum, platinum alloys (with Rh, Au, Ir), Pt-zirconia stabilized, nickel, zirconium, inconel 601, tantalum, molybdenum, etc. Ceramics: porcelain, mullite, aluminum oxide, aluminum nitride, zirconium oxide (with 10 % yttrium oxide), magnesium oxide, beryllium oxide, cerium sulphide, silica, etc. Vitrous graphite
Developing a tin oxide and platinum catalyst to oxidize the CO byproduct of the laser provided the technology to reduce the effects of harmful (org) in homes
Commercially, NO (nitric oxide or nitrogen oxide) is produced by the oxidation of ammonia at between 750 °C to 900 °C using platinum as catalyst. I
Carbon is one!
To reduce a compound is to remove oxygen from it. Iron oxide can be reduced to iron by removing its oxygen atoms.
No. On the contrary - iron will reduce hydrogen oxide to hydrogen
by heating it with a more reactive element; e.g. zinc.