Hasanov, M. Et Al. 2024. THE DEVELOPMENT OF A PIEZOELECTRIC DEFECT DETECTION DEVICE THROUGH MATHEMATICAL MODELING APPLIED TO POLYMER COMPOSITE MATERIALS. NEW MATERIALS COMPOUNDS AND APPLICATIONS , vol.8, no.1 , 62-74.

Hasanov, M., Akhmedov, N., Bashirov, R., Piriev, S., Boiprav, O., & Ismailov, N., (2024). THE DEVELOPMENT OF A PIEZOELECTRIC DEFECT DETECTION DEVICE THROUGH MATHEMATICAL MODELING APPLIED TO POLYMER COMPOSITE MATERIALS. NEW MATERIALS COMPOUNDS AND APPLICATIONS , vol.8, no.1, 62-74.

Hasanov, Mehman Et Al. "THE DEVELOPMENT OF A PIEZOELECTRIC DEFECT DETECTION DEVICE THROUGH MATHEMATICAL MODELING APPLIED TO POLYMER COMPOSITE MATERIALS," NEW MATERIALS COMPOUNDS AND APPLICATIONS , vol.8, no.1, 62-74, 2024

Hasanov, Mehman Et Al. "THE DEVELOPMENT OF A PIEZOELECTRIC DEFECT DETECTION DEVICE THROUGH MATHEMATICAL MODELING APPLIED TO POLYMER COMPOSITE MATERIALS." NEW MATERIALS COMPOUNDS AND APPLICATIONS , vol.8, no.1, pp.62-74, 2024

Hasanov, M. Et Al. (2024) . "THE DEVELOPMENT OF A PIEZOELECTRIC DEFECT DETECTION DEVICE THROUGH MATHEMATICAL MODELING APPLIED TO POLYMER COMPOSITE MATERIALS." NEW MATERIALS COMPOUNDS AND APPLICATIONS , vol.8, no.1, pp.62-74.

@article{article, author={Mehman Hasanov Et Al. }, title={THE DEVELOPMENT OF A PIEZOELECTRIC DEFECT DETECTION DEVICE THROUGH MATHEMATICAL MODELING APPLIED TO POLYMER COMPOSITE MATERIALS}, journal={NEW MATERIALS COMPOUNDS AND APPLICATIONS}, year=2024, pages={62-74} }