S. Takka Et Al. , "Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature ," Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature , vol.4, no.1179331, pp.144-151, 2022
Takka, S. Et Al. 2022. Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature . Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature , vol.4, no.1179331 , 144-151.
Takka, S., Duran, C., & Sarısaltık, D., (2022). Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature . Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature , vol.4, no.1179331, 144-151.
Takka, SEVGİ, Cennet Duran, And Diren Sarısaltık. "Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature ," Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature , vol.4, no.1179331, 144-151, 2022
Takka, SEVGİ Et Al. "Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature ." Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature , vol.4, no.1179331, pp.144-151, 2022
Takka, S. Duran, C. And Sarısaltık, D. (2022) . "Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature ." Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature , vol.4, no.1179331, pp.144-151.
@article{article, author={SEVGİ TAKKA Et Al. }, title={Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature }, journal={Formulation Development Studies of Three-Dimensional Printable Filaments Containing Eudragit S100 Polymer with High-Glass Transition Temperature}, year=2022, pages={144-151} }