еНаука - преглед

Преглед према Аутор Dašić, Miljan

Приказ резултата 1 до 20 од 25  следеће >
ГодинаНасловАутор(и)Тип резултатаМп-кат.
2019A platform for nanomagnetism - assembled ferromagnetic and antiferromagnetic dipolar tubesStanković, Igor  ; Dašić, Miljan  ; Otálora, Jorge A.; García, CarlosArticle
21aM21a
2015Calculation of Geometrical Packing and Binding Energy of Self-Assembled Magnetic Tubular StructuresDašić, Miljan  Conference Paper
Mp. category will be shown later
2014Calculation of Magnetic Field and Supercurrent Distributions of Type-II Superconductors in the Mixed State using Modified London ModelDašić, Miljan D.  Conference Paper
Mp. category will be shown later
2025Comparison of Interactions and Morphology During Aluminum Fluoride and Water Intercalation in GraphiteRodríguez, Sindy J.; Jovanović, Mateja  ; Dašić, Miljan  ; Stanković, Igor  Conference Paper
Mp. category will be shown later
2013Comparison of Transfer Matrix (T-matrix) and Coupling of Modes in Time (CMT) Models of Microring Resonator FiltersDašić, Miljan D.  Conference Paper
Mp. category will be shown later
2019Correction: A platform for nanomagnetism-assembled ferromagnetic and antiferromagnetic dipolar tubes (Nanoscale (2019) DOI: 10.1039/c8nr06936k)Stanković, Igor  ; Dašić, Miljan  ; Otálora, J.A.; García, C.Other
Mp. category will be shown later
2025Correlation Between Nanoscale Crystallinity, Density, and Hydration in Nafion Membranes: Experimental and Molecular Dynamics InsightsJovanović, Mateja  ; Bernhard, Nicolas; Baldofski, Matthias; Rybicki, Marcin; Dašić, Miljan  ; Stanković, Igor  Conference Paper
Mp. category will be shown later
2012Design of Photonic Microring Resonator Based Wavelength Selective 1 X N Power SplittersDašić, Miljan D.  ; M. PopovićConference Paper
Mp. category will be shown later
2024Effects of Water Content on the Transport and Thermodynamic Properties of Phosphonium Ionic LiquidsStanković, Igor  ; Dašić, Miljan  ; Jovanović, Mateja  ; Martini, AshlieArticle
22M22
2018Influence of confinement on flow and lubrication properties of a salt model ionic liquid investigated with molecular dynamicsDašić, Miljan  ; Stanković, Igor  ; Gkagkas, KonstantinosArticle
22M22
2024Integrating Newton's equations of motion in the reciprocal spaceCammarata, Antonio; Dašić, Miljan  ; Nicolini, PaoloArticle
21M21
2025Linking Density and Nanoscale Crystallinity to Hydration in Nafion PEMFC Membranes: Insights From Experiment and Molecular Dynamics SimulationsJovanović, Mateja  ; Bernhard, Nicolas; Baldofski, Matthias; Rybicki, Marcin; Dašić, Miljan  ; Stanković, Igor  Article
21aM21a
2012Minimum drop-loss design of microphotonic microring-resonator channel add-drop filtersDašić, Miljan  ; Popovic, Milos A.Conference Paper
Mp. category will be shown later
2019Modeling the behaviour of confined dipolar and ionic systemsDašić, Miljan  Doctoral theses
70M70
2017Molecular dynamics investigation of a coarse - grained model of ionic liquid under confinement and shearDašić, Miljan D.  ; Stanković, Igor E.  ; K. GkagkasConference Paper
Mp. category will be shown later
2017Molecular dynamics investigation of a model ionic liquid lubricant for automotive applicationsGkagkas, Konstantinos; Ponnuchamy, Veerapandian; Dašić, Miljan  ; Stanković, Igor  Article
21aM21a
2019Molecular Dynamics Investigation of the Flow and - Tribological Properties of a Salt Model Ionic Liquid under Confinement and Imposed Mechanical - DeformationsDašić, Miljan D.  ; Igor Stanković  ; Konstantinos GkagkasConference Paper
Mp. category will be shown later
2019Molecular dynamics investigation of the influence of the shape of the cation on the structure and lubrication properties of ionic liquidsDašić, Miljan  ; Stanković, Igor  ; Gkagkas, KonstantinosArticle
21M21
2014Optimizacija i skaliranje energije 3D struktura samoorganizovanih magnetnih česticaDašić, Miljan D.  Conference Paper
Mp. category will be shown later
2026Puckering vs. Localisation: Contrasting Nanoscale Lithography and Wear Mechanisms in MoS2 and Graphene on SiO2Dasic, Miljan  ; Stankovic, IgorArticle
21M21