H. Kavuncuoglu Et Al. , "Development of (TiO2-ZnO)/LDPE based active nanocomposite films and detection of migration to minced beef during storage using response surface methodology br," FOOD CHEMISTRY , vol.402, 2023
Kavuncuoglu, H. Et Al. 2023. Development of (TiO2-ZnO)/LDPE based active nanocomposite films and detection of migration to minced beef during storage using response surface methodology br. FOOD CHEMISTRY , vol.402 .
Kavuncuoglu, H., YALÇIN, H., & DOĞAN, M., (2023). Development of (TiO2-ZnO)/LDPE based active nanocomposite films and detection of migration to minced beef during storage using response surface methodology br. FOOD CHEMISTRY , vol.402.
Kavuncuoglu, Hatice, HASAN YALÇIN, And MEHMET DOĞAN. "Development of (TiO2-ZnO)/LDPE based active nanocomposite films and detection of migration to minced beef during storage using response surface methodology br," FOOD CHEMISTRY , vol.402, 2023
Kavuncuoglu, Hatice Et Al. "Development of (TiO2-ZnO)/LDPE based active nanocomposite films and detection of migration to minced beef during storage using response surface methodology br." FOOD CHEMISTRY , vol.402, 2023
Kavuncuoglu, H. YALÇIN, H. And DOĞAN, M. (2023) . "Development of (TiO2-ZnO)/LDPE based active nanocomposite films and detection of migration to minced beef during storage using response surface methodology br." FOOD CHEMISTRY , vol.402.
@article{article, author={Hatice Kavuncuoglu Et Al. }, title={Development of (TiO2-ZnO)/LDPE based active nanocomposite films and detection of migration to minced beef during storage using response surface methodology br}, journal={FOOD CHEMISTRY}, year=2023}