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, 7 mV/pH ; s = 55,8 mV/pH, 55,0 mV/pH (jour J+10), 51,9 mV/pH (jour J+20), vol.48

, Capteur Acéto-Py3 : ?s = 1,6 mV/pH ; s = 64,5 mV/pH (jour J), 57,3 mV/pH (jour J+10), 52,6 mV/pH (jour J+20), vol.50

, Capteur Acéto-Py5 : ?s = 3,4 mV/pH ; s = 57,8 mV/pH (jour J), 52,4 mV/pH (jour J+10), 47,6 mV/pH (jour J+20), vol.51

, Capteur AcétoEau-Py1 : ?s = 2,9 mV/pH ; s = 55,8 mV/pH, 53,7 mV/pH (jour J+10), 50,4 mV/pH (jour J+20), vol.48

, Capteur AcétoEau-Py3 : ?s = 1,5 mV/pH ; s = 66,7 mV/pH (jour J), 61,5 mV/pH (jour J+10), 57,1 mV/pH (jour J+20), vol.53

, Capteur AcétoEau-Py5 : ?s = 4,6 mV/pH ; s = 67,7 mV/pH (jour J), 60,9 mV/pH (jour J+10), 55,9 mV/pH (jour J+20), vol.52

, Capteurs à base d'électrolytes contenant du pyrrole utilisant une sous-couche

, Ces capteurs présentent majoritairement des réponses potentiométriques sigmoïdales en fonction des variations de pH. Seuls cinq capteurs présentent des réponses linéaires (R > 0,98) : Pur-EDA1/Acéto-Py1, Pur-EDA1/Acéto-Py5, Pur-EDA1/AcétoEau-Py1, Pur-EDA1/AcétoEau-Py5 et Pur-EDA1/Eau-Py1

, Parmi ces capteurs, trois présentent des sensibilités supérieures à 60 mV/pH (Pur

. Eda1/acéto-py1, Pur-EDA1/AcétoEau-Py1 et Pur-EDA1/Acéto-Py5), les autres ne dépassant pas 45 mV/pH (Figure 83d

, Concernant la réversibilité, quatre capteurs présentent des écarts à la réversibilité inférieurs à 6 mV/pH (Pur-EDA1/Acéto-Py1, Pur-EDA1/AcétoEau-Py1

, EDA1/AcétoEau-Py5 et Pur-EDA1/AcétoEau-Py10) et deux capteurs sont très proches du domaine de réversibilité

. Globalement, ces résultats sont en-dessous de ceux obtenus avec des électrodes en forme de seringue, tant en quantité de capteurs réversibles qu'en termes d'écarts à la réversibilité

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