Corrosion Microcell

Corrosion Microcell
CorrConnect - Corrosion Engineering Community
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Made by GSG Systems www.gsgsystems.com for the US Department of Defense

[@santoshdamkondwar]

Video is made fantastically to understand Corrosion at Micro Cell

[@MonkeyzTrip]

my book: 3 pages -> did not understad
the vid: 96 secs -> understood!

[@bhavyaarora4027]

sameee

[@dieselmr87]

Same here! Props to the maker of this vid!

[@isapiens]

Thanks for the video. To clarify the reaction: On the anode side: Fe > Fe++ and 2e-. On the cathode side: O2 + H2O + 4e- > 4OH- ionic reaction is: OH- joining with Fe++. This could be completely wrong. But its youtube comments so i dont care.

[@amazingfacts1730]

it really helpfull to clear the concept👍

[@usmanalimanj6840]

Good explaination, good animation.

[@Mrn0]

Perfect explaining

[@lutfinasser2368]

this video saved me in class as in it was the only thing i had to present and i got full marks

[@bsebastian2467]

Awesome video!

[@taeyongie3494]

Thank you. This was helpful.

[@Zorpinzorper]

CORROSION!

[@adamprince22]

Is it Fe(OH) or Fe(OH)3? I am also seeing some sources saying a secondary reaction takes place. The book Automotive Coating Formulation is saying the Fe(OH)3 is "cleaving" water to form iron oxide hydrate Fe2O3 ' H20. I'm not sure what cleaving means.

[@andiraarif]

thank you so much!!

[@funnycraze9468]

VWW9-3H98-ZBF9-LPLL-69RL
nice video

[@IOwnTheSkyx]

Wisdom is rare in Youth and Beauty =). good job

[@santoshdamkondwar]

Can you please make video on dry corrosion and hydrogen evolution?

[@jainamshah4819]

excellent really great hats off keep it up

[@r0ckt_leg]

Awesome video! thanks

[@NervousYoungInhuman]

Fire! Electricity! CORROSION!

[@mehmettavac9696]

Thanks

[@malikmushtaq6437]

I like this video

[@SunshineToMyDay]

Does the same process happen to copper? :)

[@ShamanMap]

great

[@appiiieee]

that was awesome :)

[@Dyrfinnustodum]

Anyway, you don't get OH- out of two electrons and a O2.

[@Sihac]

Oui

[@adityagandotra1]

same happen with me

[@desiretimm8903]

Awe

[@erickrobles6365]

That's so complicated wth

[@jessichiki92]

it's Fe(OH)3

[@rlanil5014]

wrong. its Fe(OH)2

[@pankajlingayat8915]

Lucid

[@2115aps]

rust is fe2O3 and not feoh.

[@Eyetrauma]

CORROSION!