V prispevku preučimo in ocenimo organizacijske učinke socialnega kapitala v Upravni enoti Litija. Socialni kapital je večplasten in težje merljiv pojem, zato ga obravnavamo s kombinacijo metod po ...korakih orodja SCAT in z njimi ovrednotimo organizacijske učinke socialnega kapitala (socialni kapital organizacij, socialna mreža organizacij in učinki v prostoru). V sklopu raziskave je bilo izvedeno anketiranje društev, intervjuvanje predstavnikov vozliščnih organizacij in metoda fokusne skupine. Z evalvacijo rezultatov raziskave na fokusni skupini smo izbrane metode ocenili kot primerne za vrednotenje organizacijskih učinkov socialnega kapitala. Na podlagi raziskave ugotavljamo, da je socialni kapital v skupnosti razvit, kažejo se možnosti za izboljšanje strukturne razsežnosti (mreženje, nastanek premostitvene organizacije).
Poročila Špes, Metka; Komac, Blaž; Cigale, Dejan ...
Dela (Univerza v Ljubljani. Oddelek za geografijo),
12/2023
60
Journal Article
Peer reviewed
Open access
Uvod v študij geografije
Dolina Baruna pod Makalujem: znanstvene raziskave v okviru alpinističnih himalajskih odprav leta 1972 in 2014
Ekosistemska družbena ureditev
Akademija ob 90-letnici ...zaslužnega profesorja dr. Jurija Kunaverja in 20. Ilešičevi dnevi
Gamsova zbirka diapozitivov – ob 100-letnici rojstva geografa in krasoslovca akademika prof. dr. Ivana Gamsa (1923–2014)
Zaključek drugega ažuriranja funkcionalno razvrednotenih območij v Sloveniji
In the name of Soil – poročilo fizičnega dela mobilnosti Erasmus+
Kraško poletje v Ljubljani – historičnogeografska poletna šola
•Lipid droplets and lipid vesicles of different chemical composition were prepared.•Size characteristics of lipid particles were determined by AF4-MALS, DLS and TEM.•Shape and internal structure of ...lipid particles was inferred from the shape factor.•Size dispersity of lipid vesicles containing higher cholesterol amount was broader.•Lipid vesicles showed narrower size distribution than lipid droplets.
Asymmetric-flow field-flow fractionation technique coupled to a multi-angle light-scattering detector (AF4-MALS) was used together with dynamic light-scattering (DLS) in batch mode and transmission electron microscopy (TEM) to study the size characteristics of the trioleoylglycerol lipid droplets covered by a monolayer of sphingomyelin and cholesterol, in water phase. These lipid droplet nanoemulsions (LD) were formed by ultrasonication. In parallel, the size characteristics of large unilamellar lipid vesicles (LUV) prepared by extrusion and composed of sphingomyelin and cholesterol were determined. LD and LUV were prepared at two different molar ratios (1/1, 4/1) of sphingomyelin and cholesterol. In AF4-MALS, various cross-flow conditions and mobile phase compositions were tested to optimize the separation of LD or LUV particles. The particle radii, R, as well as the root-mean-square radii, Rrms, of LD and LUV were determined by AF4-MALS, whereas the hydrodynamic radii, Rh, were obtained by DLS. TEM visualization revealed round shape particles of LD and LUV.
PDF
