M. Turan, "120. Optimization of the micro bubble aeration process for the oxidation of magnesium sulfite in the desulphurization wastewater with response surface methodology. Desalination and Water Treatment. Manuscript Number: TDWT-2016-1081.," Taylor & Francis GroupOxford, pp.2, 2016
Turan, M. 2016. 120. Optimization of the micro bubble aeration process for the oxidation of magnesium sulfite in the desulphurization wastewater with response surface methodology. Desalination and Water Treatment. Manuscript Number: TDWT-2016-1081.. Taylor & Francis Group, Oxford, pp.2.
Turan, M., (2016). 120. Optimization of the micro bubble aeration process for the oxidation of magnesium sulfite in the desulphurization wastewater with response surface methodology. Desalination and Water Treatment. Manuscript Number: TDWT-2016-1081. . Taylor & Francis Group. Oxford. pp.2.
Turan, Mustafa. 120. Optimization of the micro bubble aeration process for the oxidation of magnesium sulfite in the desulphurization wastewater with response surface methodology. Desalination and Water Treatment. Manuscript Number: TDWT-2016-1081.. Oxford: Taylor & Francis Group, pp.2, 2016
Turan, Mustafa. "120. Optimization of the micro bubble aeration process for the oxidation of magnesium sulfite in the desulphurization wastewater with response surface methodology. Desalination and Water Treatment. Manuscript Number: TDWT-2016-1081.." Taylor & Francis Group, 2016, pp.2.
Turan, M. (2016). "120. Optimization of the micro bubble aeration process for the oxidation of magnesium sulfite in the desulphurization wastewater with response surface methodology. Desalination and Water Treatment. Manuscript Number: TDWT-2016-1081.", Oxford: Taylor & Francis Group.
@expertreport{expertreport, author ={Mustafa Turan}, title={120. Optimization of the micro bubble aeration process for the oxidation of magnesium sulfite in the desulphurization wastewater with response surface methodology. Desalination and Water Treatment. Manuscript Number: TDWT-2016-1081.}, corporate={Taylor & Francis Group}, city={Oxford},year={2016} }