The experimental investigation of the solubility of the prolonged-action nitroamophos obtained with the use of modified polyethylene terephthalate (PET) waste is presented. The kinetic coefficients of the diffusion process of the substances inside the shell are determined. The possibility of applying a theoretical model to predict the agro-ecological properties of encapsulated ammonium nitrate phosphate is demonstrated.
[1] Kucher A., Kucher L.: Golov. zhur. z pytan' agrobiz., 2017.
[2] Kernasjuk Ju.: Agrobiz. s'ogodni, 2017, 22 (365).
https://doi.org/10.12968/coan.2017.22.7.365
[3] Loginova I.V.: Zbir. nauk. prac' VNAU. Zemlerobstvo, 2011, 9(49),25.
[4] Bykin A. V., Bordjuzha N. P., Tarasenko O. V., Bordjuzha I. P.: Visn. HNAU Agrohimija 2013, 1, 100.
[5] Furdychko O. I.: Agroekologija. Agrarna nauka, Kyiv 2014.
[6] Pryjmak V.V.: Sel's'koe hazjajstvo, 2018, 3,10,70.
[7] Hak V. .: PhDthesis, Lviv Polytechnic Nats. Univ., Lviv 2011.
[8] Kuz'menko Je.I..: Agrohim. ta zemlerob., 2012,15,3, 12.
[9] Gurec' L. L., Capko Ju. L., Mal'ovanyj M. S., Vakal V. S.: Naukov. visn. NLTU Ukrajiny, 2019, 29, 2, 94.
https://doi.org/10.15421/40290219
[10] https://www.haifa-group.com/articles/slow-release-fertilizer-vs-controll...
[11] Nagursky O.A., Gumnyc'kyj Ja.M.: Voprosy hymyy y hymych. tehnol., 2012, 2, 202.
[12] Nagursky O.: Chem.&Chem. Technol. 2012, 6, 1, 101.