encapsulation

The study of this work was focused on the process of protecting CRM systems in the conditions of the transition of software, which is the main part of CRM systems from a monolithic architecture to an architecture based on microservices. This article explores a migration strategy using the Strangler Fig pattern that facilitates the incremental adoption of microservices while maintaining compatibility with the existing monolith.

The perspectivity of attracting ammoniated superphosphate based on phosphorites with content of P2O5 is not less than 19 % as the main phosphate shell component for the encapsulation of urea have been substantiated. The peculiarities of the kinetics of phosphorus decomposition with the formation of ammoniated superphosphate have been established. Examples of its use as a phosphate shell are given. The ecological feasibility of using it as a phosphate shell is shown. 

The formation of polymer microcapsules containing encapsulated laurel essential oil on the basis of synthesized heterofunctional tetrapolymer as shell-building material using the developed “extraction-coacervation” method of encapsulation was performed. The effect of process parameters on the final size of microcapsules and efficiency of laurel essential oil encapsulation was determined.

The paper considers the possibility of creating a combined injection drug prolonged action based on naltrexone and disulfiram by encapsulation method. Polymers of poly-D, L-lactide-co-glycolide lactic acid were selected as adjuvant. Optimal method of process was developed based on the analysis of the literature, patent research and experimental data. Spheres of micro-and nano- sizes based on naltrexone and disulfiram as a powder for use as an injection were obtained. 

Поверхнево модифіковані магнітні наночастинки (МНЧ) оксиду заліза є новим
видом функціональних матеріалів, що знаходять все ширше використання як магнітні
системи виділення і доставки в біотехнології і каталізі. Метою роботи було одержання
полімерних мікрокапсул з парафіновим ядром, наповненим МНЧ. Для цього спочатку
методом співосадження синтезували МНЧ Fe3O4, поверхнево модифіковані олеїновою
кислотою. Потім отримані МНЧ інкапсулювали у парафіновому ядрі синтезованим
гетерофункціональним акрилатним кополімером, використовуючи розроблений раніше