… efficiency (more than 80%). Finally, we succeeded in the encapsulation of living yeast
cells in microcapsules, and observed their growth within these microcapsules. …

… A hybrid microcapsule with a high encapsulation efficiency (99.78%), low surface oil content
(3.02%), high loading amount (31.18%) and superb thermal stability was obtained. The …

… -DA with photoinitator, we create microcapsules with an ultrathin hydrogel layer which is …
– hydrophobic hybrid shell. The resulting microcapsules with such hybrid polymeric shells …

… new approach for the preparation of phase change microcapsules. In 2014, Yin et al. [28] …
the use of microencapsulated phase change materials with a polymer/inorganic hybrid shell for …

… the Alg-capsules. Therefore, these results indicated that the microcapsules with APTES–alginate
hybrid shells obtained in this study were useful for encapsulation of an enzyme with low …

… to formulate hybrid microcapsules by depositing … encapsulation efficiency for PDA 8 –Fe 3
O 4 microcapsules was investigated in detail. Specifically, the enzyme encapsulation efficiency …

… The encapsulation efficiency of the core material content was measured from the heat of
fusion (ΔH f ) of PCM. The method to evaluate the encapsulation ratio (E R ) is given by eqn (4): …

… the microcapsule’s properties. The encapsulation efficiency improved significantly in
hybrid CA-MTN microcapsules and exhibited higher values ranging from 81 for CA to 83% for …

… the feasibility of producing polyurea microcapsules with such a new chemical system …
encapsulation efficiency and isocyanate concentrations. First, we attempt to prepare microcapsules …

… The encapsulation performance of the APSi microcapsules was studied using FITC-BSA
as a model active. As shown in the fluorescent images of Fig. 7, no leakage of FITC-BSA from …