J. Feijoo Et Al. , "Addition of ferrocyanide-based compounds to repairing joint lime mortars as a protective method for porous building materials against sodium chloride damage," MATERIALS AND STRUCTURES , vol.54, no.1, 2021
Feijoo, J. Et Al. 2021. Addition of ferrocyanide-based compounds to repairing joint lime mortars as a protective method for porous building materials against sodium chloride damage. MATERIALS AND STRUCTURES , vol.54, no.1 .
Feijoo, J., Ergenc, D., Fort, R., & Alvarez de Buergo, M., (2021). Addition of ferrocyanide-based compounds to repairing joint lime mortars as a protective method for porous building materials against sodium chloride damage. MATERIALS AND STRUCTURES , vol.54, no.1.
Feijoo, Jorge Et Al. "Addition of ferrocyanide-based compounds to repairing joint lime mortars as a protective method for porous building materials against sodium chloride damage," MATERIALS AND STRUCTURES , vol.54, no.1, 2021
Feijoo, Jorge Et Al. "Addition of ferrocyanide-based compounds to repairing joint lime mortars as a protective method for porous building materials against sodium chloride damage." MATERIALS AND STRUCTURES , vol.54, no.1, 2021
Feijoo, J. Et Al. (2021) . "Addition of ferrocyanide-based compounds to repairing joint lime mortars as a protective method for porous building materials against sodium chloride damage." MATERIALS AND STRUCTURES , vol.54, no.1.
@article{article, author={Jorge Feijoo Et Al. }, title={Addition of ferrocyanide-based compounds to repairing joint lime mortars as a protective method for porous building materials against sodium chloride damage}, journal={MATERIALS AND STRUCTURES}, year=2021}