Mehmet Harbi ÇALIMLI, Mehmet TUNÇ & Mehmet Muhtar KOCAKERİM. (2020) Investigation dissolution behaviours and kinetics parameters of ulexite in boric acid solution. International Journal of Chemistry and Technology 4:2, pages 121-129.
Crossref

Nizamettin Demirkıran, Mehmet Kayra Tanaydın & Gülistan Deniz Turhan Özdemir. (2018) Uleksitin Amonyum Sülfat Çözeltilerindeki Çözünürlüğüne Dehidrasyon İşleminin Etkisi. Academic Platform Journal of Engineering and Science 6:2, pages 153-163.
Crossref

Nizamettin Demirkıran, Mehmet Kayra Tanaydin & G. Deniz Turhan Özdemir. (2018) Cinética de la disolución de ulexita calcinada en soluciones de sulfato de amonio. Revista de Metalurgia 54:1, pages 112.
Crossref

Amira Soussi-Baatout, Khemaies Ibrahim, Ismail Khattech & Mohamed Jemal. (2016) Attack of Tunisian phosphate ore by phosphoric acid. Journal of Thermal Analysis and Calorimetry 124:3, pages 1671-1678.
Crossref

Erbil Kavcı, Turan Çalban, Sabri Çolak & Soner Kuşlu. (2014) Leaching kinetics of ulexite in sodium hydrogen sulphate solutions. Journal of Industrial and Engineering Chemistry 20:5, pages 2625-2631.
Crossref

N. Demirkıran & A. Künkül. (2008) Dissolution kinetics of ulexite prepared under different calcination temperatures. Brazilian Journal of Chemical Engineering 25:4, pages 751-758.
Crossref

Asım Künkül & Nizamettin Demirkıran. (2008) Dissolution kinetics of calcined ulexite in ammonium carbonate solutions. Korean Journal of Chemical Engineering 24:6, pages 947-952.
Crossref

Bahman ZareNezhad. (2008) Simulation of reactive precipitation processes using the network-of-zones model. Korean Journal of Chemical Engineering 24:6, pages 942-946.
Crossref

özkan KüÇük. (2006) Application of Taguchi method in the optimization of dissolution of ulexite in NH4Cl Solutions. Korean Journal of Chemical Engineering 23:1, pages 21-27.
Crossref

Mahir Alkan, Mehmet Doǧan & Hilmi Namli. (2004) Dissolution Kinetics and Mechanism of Ulexite in Oxalic Acid Solutions. Industrial & Engineering Chemistry Research 43:7, pages 1591-1598.
Crossref

Asım Künkül, Nizamettin Demirkıran & Ahmet Baysar. (2003) Dissolution Kinetics of Ulexite in Ammonium Sulfate Solutions. Industrial & Engineering Chemistry Research 42:5, pages 982-986.
Crossref

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Dissolution Kinetics of Ulexite in Ammonium Chloride Solution

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