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Improving the seed detection accuracy of piezoelectric impact sensors for precision seeders. Part II: Evaluation of different plate materials
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S. Rossi Et Al. , "Improving the seed detection accuracy of piezoelectric impact sensors for precision seeders. Part II: Evaluation of different plate materials," Computers and Electronics in Agriculture , vol.215, 2023

Rossi, S. Et Al. 2023. Improving the seed detection accuracy of piezoelectric impact sensors for precision seeders. Part II: Evaluation of different plate materials. Computers and Electronics in Agriculture , vol.215 .

Rossi, S., Rubio Scola, I., Bourges, G., Šarauskis, E., & KARAYEL, D., (2023). Improving the seed detection accuracy of piezoelectric impact sensors for precision seeders. Part II: Evaluation of different plate materials. Computers and Electronics in Agriculture , vol.215.

Rossi, Sebastián Et Al. "Improving the seed detection accuracy of piezoelectric impact sensors for precision seeders. Part II: Evaluation of different plate materials," Computers and Electronics in Agriculture , vol.215, 2023

Rossi, Sebastián Et Al. "Improving the seed detection accuracy of piezoelectric impact sensors for precision seeders. Part II: Evaluation of different plate materials." Computers and Electronics in Agriculture , vol.215, 2023

Rossi, S. Et Al. (2023) . "Improving the seed detection accuracy of piezoelectric impact sensors for precision seeders. Part II: Evaluation of different plate materials." Computers and Electronics in Agriculture , vol.215.

@article{article, author={Sebastián Rossi Et Al. }, title={Improving the seed detection accuracy of piezoelectric impact sensors for precision seeders. Part II: Evaluation of different plate materials}, journal={Computers and Electronics in Agriculture}, year=2023}