G. KİBAR Et Al. , "Newly designed silver coated-magnetic, monodisperse polymeric microbeads as SERS substrate for low-level detection of amoxicillin," JOURNAL OF MOLECULAR STRUCTURE , vol.1119, pp.133-138, 2016
KİBAR, G. Et Al. 2016. Newly designed silver coated-magnetic, monodisperse polymeric microbeads as SERS substrate for low-level detection of amoxicillin. JOURNAL OF MOLECULAR STRUCTURE , vol.1119 , 133-138.
KİBAR, G., Topal, A. E., DANA, A., & Tuncel, A., (2016). Newly designed silver coated-magnetic, monodisperse polymeric microbeads as SERS substrate for low-level detection of amoxicillin. JOURNAL OF MOLECULAR STRUCTURE , vol.1119, 133-138.
KİBAR, GÜNEŞ Et Al. "Newly designed silver coated-magnetic, monodisperse polymeric microbeads as SERS substrate for low-level detection of amoxicillin," JOURNAL OF MOLECULAR STRUCTURE , vol.1119, 133-138, 2016
KİBAR, GÜNEŞ Et Al. "Newly designed silver coated-magnetic, monodisperse polymeric microbeads as SERS substrate for low-level detection of amoxicillin." JOURNAL OF MOLECULAR STRUCTURE , vol.1119, pp.133-138, 2016
KİBAR, G. Et Al. (2016) . "Newly designed silver coated-magnetic, monodisperse polymeric microbeads as SERS substrate for low-level detection of amoxicillin." JOURNAL OF MOLECULAR STRUCTURE , vol.1119, pp.133-138.
@article{article, author={GÜNEŞ KİBAR Et Al. }, title={Newly designed silver coated-magnetic, monodisperse polymeric microbeads as SERS substrate for low-level detection of amoxicillin}, journal={JOURNAL OF MOLECULAR STRUCTURE}, year=2016, pages={133-138} }