G. Baysal Et Al. , "Microfludic Nonwoven Based Device as a Potential Biosensor for Sweat Analysis," Applied Mechanics and Materials , vol.490, no.490-491, pp.274-279, 2014
Baysal, G. Et Al. 2014. Microfludic Nonwoven Based Device as a Potential Biosensor for Sweat Analysis. Applied Mechanics and Materials , vol.490, no.490-491 , 274-279.
Baysal, G., Kök, F. N., Trabzon, L., Kizil, H., Göcek, I., & Karagüzel Kayaoğlu, B., (2014). Microfludic Nonwoven Based Device as a Potential Biosensor for Sweat Analysis. Applied Mechanics and Materials , vol.490, no.490-491, 274-279.
Baysal, Gülçin Et Al. "Microfludic Nonwoven Based Device as a Potential Biosensor for Sweat Analysis," Applied Mechanics and Materials , vol.490, no.490-491, 274-279, 2014
Baysal, Gülçin Et Al. "Microfludic Nonwoven Based Device as a Potential Biosensor for Sweat Analysis." Applied Mechanics and Materials , vol.490, no.490-491, pp.274-279, 2014
Baysal, G. Et Al. (2014) . "Microfludic Nonwoven Based Device as a Potential Biosensor for Sweat Analysis." Applied Mechanics and Materials , vol.490, no.490-491, pp.274-279.
@article{article, author={Gülçin Baysal Et Al. }, title={Microfludic Nonwoven Based Device as a Potential Biosensor for Sweat Analysis}, journal={Applied Mechanics and Materials}, year=2014, pages={274-279} }