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g molecular dynamics diffusion coefficients  (Molecular Dynamics Inc)
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Molecular Dynamics Inc g molecular dynamics diffusion coefficients
a Schematic illustration of electromagnetic property modulation based on IL-P. b Macroscopic morphology of IL-P at 30 and 130 °C. c KPFM of IL-P films at 30 and 130 °C. d Thickness and surface potential of IL-P films at 30 and 130 °C. e Hydrogen-bond network and differential charge density in the IL-P system, isosurface value: 0.02 e/ų. f Hydrogen bond densities between different components in IL-P systems with various IL concentrations. g <t>Molecular</t> <t>dynamics</t> <t>diffusion</t> <t>coefficients</t> of IL under different temperature fields.
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a Schematic illustration of electromagnetic property modulation based on IL-P. b Macroscopic morphology of IL-P at 30 and 130 °C. c KPFM of IL-P films at 30 and 130 °C. d Thickness and surface potential of IL-P films at 30 and 130 °C. e Hydrogen-bond network and differential charge density in the IL-P system, isosurface value: 0.02 e/ų. f Hydrogen bond densities between different components in IL-P systems with various IL concentrations. g Molecular dynamics diffusion coefficients of IL under different temperature fields.

Journal: Nature Communications

Article Title: Adaptive ionic liquid polymer microwave modulation surface with reprogrammable dielectric properties

doi: 10.1038/s41467-025-68170-w

Figure Lengend Snippet: a Schematic illustration of electromagnetic property modulation based on IL-P. b Macroscopic morphology of IL-P at 30 and 130 °C. c KPFM of IL-P films at 30 and 130 °C. d Thickness and surface potential of IL-P films at 30 and 130 °C. e Hydrogen-bond network and differential charge density in the IL-P system, isosurface value: 0.02 e/ų. f Hydrogen bond densities between different components in IL-P systems with various IL concentrations. g Molecular dynamics diffusion coefficients of IL under different temperature fields.

Article Snippet: Fig. 1 The mechanism of electromagnetic regulation in IL-P. a Schematic illustration of electromagnetic property modulation based on IL-P. b Macroscopic morphology of IL-P at 30 and 130 °C. c KPFM of IL-P films at 30 and 130 °C. d Thickness and surface potential of IL-P films at 30 and 130 °C. e Hydrogen-bond network and differential charge density in the IL-P system, isosurface value: 0.02 e/Å3. f Hydrogen bond densities between different components in IL-P systems with various IL concentrations. g Molecular dynamics diffusion coefficients of IL under different temperature fields.

Techniques: Diffusion-based Assay