FIGURE 7.
![Impedance spectra of CNT-80ZRP immersed in the simulated concrete pore solutions with different chloride-to-hydroxide ratios for 150 d: (a) blank, (b) 0.1 [Cl−]/[OH−], and (c) 10 [Cl−]/[OH−].](https://allen.silverchair-cdn.com/allen/content_public/journal/corrosion/72/11/10.5006_2104/2/i0010-9312-72-11-1397-f07.jpeg?Expires=1717022510&Signature=C3DvrIJwwO0AasddU3uzmRengepMKqnaAolXGu4lgapi5nwm2RgQHw8n6cmpla4jH8wNHeLoNCcbRmVNpwl0mtSQBOvL6dGaoAQ2o-3OW3T1N0ARjZvj9XUzQX3wS9VnKjRxQE3j2V7tNykUKSekjJ7JfKjmYGPHuXZeRm1tLJ686Z4lwcPJRyI3E91lb7VE~xPubHg-RuGFav1ykK3gG6jZ0cakuhLcuFvGcUINatYWhAlB74O78C-Of9Mo6w6nAwjyHLZQaqpxgJDekQBbNeabnKfcufWW5cB2GZvwtd6UGKYyYohWKndjE128kxN2Rs5TygTWoZDe8Yf6bnF-tQ__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
Impedance spectra of CNT-80ZRP immersed in the simulated concrete pore solutions with different chloride-to-hydroxide ratios for 150 d: (a) blank, (b) 0.1 [Cl−]/[OH−], and (c) 10 [Cl−]/[OH−].
Impedance spectra of CNT-80ZRP immersed in the simulated concrete pore solutions with different chloride-to-hydroxide ratios for 150 d: (a) blank, (b) 0.1 [Cl−]/[OH−], and (c) 10 [Cl−]/[OH−].
