Size and temperature dependency on structure, heat capacity and phonon density of state for colloidal silver nanoparticle in 1-Ethyl-3-methylimidazolium Hexafluorophosphate ionic liquid

Effect of Nitrogen Doping on Glass Transition and Electrical Conductivity of [EMIM][PF6] Ionic Liquid Encapsulated in a Zigzag Carbon Nanotube

“…This can be due to the fact that as the amplitude of the ionic vibration increases with temperature, , the average number of hydrogen bonds declines linearly. This decline might be directly responsible for the dramatic change in packing arrangement of ions inside the CNT.…”

“…This decline led to a dramatic change in the packing arrangement of the confined ions and increases the ionic diffusivity of IL . Nanoparticle has significant effect in cation and anion arrangement and enhancement of heat transfer of liquid such as water and ionic liquid. − On the basis of previous literature, the optical conductivity of zigzag CNT shows that electron–phonon interaction and temperature are essential factors on decreasing optical conductivity …”

Electrical Conductivity of Methylimidazolium Hexafluorophosphate Ionic Liquid in the Presence of Colloidal Silver Nano Particles with Different Sizes and Temperatures

“…Interaction between metal–IL is more than IL at the air interface. , Site–site potential functions of the type n–m similar to Lennard-Jones potential has been applied for potential interaction of surface metal of iron nanoparticle with IL . The interaction between metal and IL can be considered as a Lennard-Jones potential from fitting DFT result as a …”

“…63−67 Vibrational properties for colloidal nanoparticle and metallic nanoparticle could be investigated by quantum dynamics and could be used for investigation of electronic population dynamics. 63,68 In 2001, Hanke et al 69 developed the first force field for imidazolium-based ILs. Diffusion coefficients were calculated using the Einstein relation by linear fitting of the mean-square displacement (MSD) function.…”

“…Accurate simulations of the transport properties of ILs around metallic NPs are very challenging due to the slow dynamics, the large number of atoms, and strong Coulombic long-range interactions of these complex liquids. A number of IL-metal systems have been modeled using classical MD simulations. − Vibrational properties for colloidal nanoparticle and metallic nanoparticle could be investigated by quantum dynamics and could be used for investigation of electronic population dynamics. , …”