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Distribution of penicillin g from the aqueous phase to the organic phase using amberlite LA-2 extractant in different diluents
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H. Uslu Et Al. , "Distribution of penicillin g from the aqueous phase to the organic phase using amberlite LA-2 extractant in different diluents," Journal of Chemical and Engineering Data , vol.59, no.6, pp.2120-2125, 2014

Uslu, H. Et Al. 2014. Distribution of penicillin g from the aqueous phase to the organic phase using amberlite LA-2 extractant in different diluents. Journal of Chemical and Engineering Data , vol.59, no.6 , 2120-2125.

Uslu, H., Günyeli, S., Ilbay, Z., & KIRBAŞLAR, Ş. İ., (2014). Distribution of penicillin g from the aqueous phase to the organic phase using amberlite LA-2 extractant in different diluents. Journal of Chemical and Engineering Data , vol.59, no.6, 2120-2125.

Uslu, Hasan Et Al. "Distribution of penicillin g from the aqueous phase to the organic phase using amberlite LA-2 extractant in different diluents," Journal of Chemical and Engineering Data , vol.59, no.6, 2120-2125, 2014

Uslu, Hasan Et Al. "Distribution of penicillin g from the aqueous phase to the organic phase using amberlite LA-2 extractant in different diluents." Journal of Chemical and Engineering Data , vol.59, no.6, pp.2120-2125, 2014

Uslu, H. Et Al. (2014) . "Distribution of penicillin g from the aqueous phase to the organic phase using amberlite LA-2 extractant in different diluents." Journal of Chemical and Engineering Data , vol.59, no.6, pp.2120-2125.

@article{article, author={Hasan Uslu Et Al. }, title={Distribution of penicillin g from the aqueous phase to the organic phase using amberlite LA-2 extractant in different diluents}, journal={Journal of Chemical and Engineering Data}, year=2014, pages={2120-2125} }