R. POLAT Et Al. , "K-shell absorption jump factors for the elements Ag, Cs, Ba and La derived from new mass attenuation coefficient measurements using EDXRF technique," RADIATION MEASUREMENTS , vol.39, no.4, pp.409-415, 2005
POLAT, R. Et Al. 2005. K-shell absorption jump factors for the elements Ag, Cs, Ba and La derived from new mass attenuation coefficient measurements using EDXRF technique. RADIATION MEASUREMENTS , vol.39, no.4 , 409-415.
POLAT, R., Budak, G., Gurol, A., Karabulut, A., & Ertugrul, M., (2005). K-shell absorption jump factors for the elements Ag, Cs, Ba and La derived from new mass attenuation coefficient measurements using EDXRF technique. RADIATION MEASUREMENTS , vol.39, no.4, 409-415.
POLAT, RECEP Et Al. "K-shell absorption jump factors for the elements Ag, Cs, Ba and La derived from new mass attenuation coefficient measurements using EDXRF technique," RADIATION MEASUREMENTS , vol.39, no.4, 409-415, 2005
POLAT, RECEP Et Al. "K-shell absorption jump factors for the elements Ag, Cs, Ba and La derived from new mass attenuation coefficient measurements using EDXRF technique." RADIATION MEASUREMENTS , vol.39, no.4, pp.409-415, 2005
POLAT, R. Et Al. (2005) . "K-shell absorption jump factors for the elements Ag, Cs, Ba and La derived from new mass attenuation coefficient measurements using EDXRF technique." RADIATION MEASUREMENTS , vol.39, no.4, pp.409-415.
@article{article, author={RECEP POLAT Et Al. }, title={K-shell absorption jump factors for the elements Ag, Cs, Ba and La derived from new mass attenuation coefficient measurements using EDXRF technique}, journal={RADIATION MEASUREMENTS}, year=2005, pages={409-415} }