Aybaba, C. Et Al. 2013. Multivariate optimization of separation conditions for simultaneous determination of acemetacin and chlorzoxazone in a pharmaceutical preparation by HPLC using Response surface methodology. Journal of AOAC International , vol.96, no.4 , 723-729.

Aybaba, C., PALABIYIK, İ. M., ÇAĞLAYAN, M. G., & ONUR, F., (2013). Multivariate optimization of separation conditions for simultaneous determination of acemetacin and chlorzoxazone in a pharmaceutical preparation by HPLC using Response surface methodology. Journal of AOAC International , vol.96, no.4, 723-729.

Aybaba, Cigdem Et Al. "Multivariate optimization of separation conditions for simultaneous determination of acemetacin and chlorzoxazone in a pharmaceutical preparation by HPLC using Response surface methodology," Journal of AOAC International , vol.96, no.4, 723-729, 2013

Aybaba, Cigdem Et Al. "Multivariate optimization of separation conditions for simultaneous determination of acemetacin and chlorzoxazone in a pharmaceutical preparation by HPLC using Response surface methodology." Journal of AOAC International , vol.96, no.4, pp.723-729, 2013

Aybaba, C. Et Al. (2013) . "Multivariate optimization of separation conditions for simultaneous determination of acemetacin and chlorzoxazone in a pharmaceutical preparation by HPLC using Response surface methodology." Journal of AOAC International , vol.96, no.4, pp.723-729.

@article{article, author={Cigdem Aybaba Et Al. }, title={Multivariate optimization of separation conditions for simultaneous determination of acemetacin and chlorzoxazone in a pharmaceutical preparation by HPLC using Response surface methodology}, journal={Journal of AOAC International}, year=2013, pages={723-729} }