 | Monter d'un niveau |
Sankaranarayanane, K., Zhou, X., & Rigaud, M. (août 2004). Influence of castable design on the bingham to dilatancy transition [Communication écrite]. Advances in refractories for the metallurgical industries IV : fourth international symposium on advances in refractories for the metallurgical industries, Hamilton, Ontario, Canada. Non disponible
Zhou, X., Sankaranarayanane, K., & Rigaud, M. (2004). Design of bauxite-based low-cement pumpable castables: a rheological approach. Ceramics International, 30(1), 47-55. Lien externe
Zhou, X., Sankaranarayanane, K., Rigaud, M., Zhou, N., & Zhang, S. (août 2004). Effect of dispersants on rheological behavior of bauxite-based low-cement castables [Communication écrite]. Advances in refractories for the metallurgical industries IV : fourth international symposium on advances in refractories for the metallurgical industries, Hamilton, Ontario, Canada. Non disponible
Zhou, X., Sankaranarayanane, K., Rigaud, M., Zhou, N., & Zhang, S. (2004). Effect of microsilica on rheological behaviour of bauxite-based low-cement pumpable castable. Interceram, 53(3), 166-173. Non disponible
Zhou, X., Sankaranarayanane, K., Rigaud, M., Zhou, N., & Zhang, S. (2004). Effect of water addition on rheological behaviour of bauxite-based low-cement castables. China's Refractories, 13(3), 25-34. Lien externe
Zhou, X., Sankaranarayanane, K., Rigaud, M., Zhou, N., & Zhang, S. (2004). Influence of calcium aluminate cement on rheological behaviour of bauxite-based low-cement pumpable castable. Refractories application and news, 9(1), 18-24. Non disponible
