Hibrīdās kodola-apvalka daļiņas ar uzlabotu arhitektūru: sintēze un raksturojums
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Latvijas Universitāte
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Abstract
Darba gaitā ir sintezētas hibrīdās kodola-apvalka daļiņas ar homogēnu un nehomogēnu (Janus) dizainu. Sintezētās daļiņas ir raksturotas ar progresīvām analītiskām metodēm, tādām kā caurstarojošā elektronmikroskopija, skēnējošā elektronmikroskopija, elektrokinētiskie mērījumi, u.c. Homogēnu-homogēnu un homogēnu-Janus daļiņu pašsaplūšanas ir pētīta ūdens dispersijās, un izveidotās struktūras ir prezentētas elektronmikroskopijas attēlos.
Hybrid core-shell particles with homogeneous and non-homogeneous (Janus) design have been synthesized within this work. Synthesized particles have been characterized by advanced analytical tools, such as transmission electron microscopy, scanning electron microscopy, electrokinetical measurements, etc. Self-assembly of homogeneous-homogeneous and homogeneous-Janus particles has been investigated in aqueous dispersions, and the structures formed were presented in scanning electron microscopy images.
Hybrid core-shell particles with homogeneous and non-homogeneous (Janus) design have been synthesized within this work. Synthesized particles have been characterized by advanced analytical tools, such as transmission electron microscopy, scanning electron microscopy, electrokinetical measurements, etc. Self-assembly of homogeneous-homogeneous and homogeneous-Janus particles has been investigated in aqueous dispersions, and the structures formed were presented in scanning electron microscopy images.