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Effect of the exchange current density (j 0 ) on the the current density (j): j(t) = j 0 {exp [- nF /RT] - exp[(1- )nF /RT]}
![Effect of the exchange current density (j 0 ) on the the current density (j): j(t) = j 0 {exp [- nF /RT] - exp[(1- )nF /RT]}](http://images.slideplayer.com./28/9427830/slides/slide_1.jpg "Effect of the exchange current density (j 0 ) on the the current density (j): j(t) = j 0 {exp [- nF /RT] - exp[(1- )nF /RT]}")
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-600-400-2002004006000
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j(t) = j 0 { exp [- nF /RT] - exp[(1- )nF /RT] } represented together with the forward and backward components Variation of j as a function of j 0 :
![j(t) = j 0 { exp [- nF /RT] - exp[(1- )nF /RT] } represented together with the forward and backward components Variation of j as a function of j 0 :](http://images.slideplayer.com./28/9427830/slides/slide_10.jpg "j(t) = j 0 { exp [- nF /RT] - exp[(1- )nF /RT] } represented together with the forward and backward components Variation of j as a function of j 0 :")
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j 0 = 10 -5 A = 0.5
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j 0 = 10 -6 A = 0.5
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j 0 = 10 -8 A = 0.5 -600-400-200200 400 6000
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