Search Results - "Puthoor, Navas Meleth" :: K.UTB vyhledávací portál

$Enhanced Mie resonance in a low refractive index colloidal metamaterial aided by nematic liquid crystal$

Enhanced Mie resonance in a low refractive index colloidal metamaterial aided by nematic liquid crystal

by Bhardwaj, Amit, Sridurai, Vimala, Meleth Puthoor, Navas, Nair, Geetha G.
Published in Journal of molecular liquids (15.01.2022)

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Dynamic Tuning and Swapping of Electric and Magnetic Dipolar Mie Resonances in High Index Dielectric Particles Dispersed in an Anisotropic Medium

by Bhardwaj, Amit, Puthoor, Navas Meleth, Nair, Geetha G.
Published in Particle & particle systems characterization (01.09.2022)

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Formation of selenium superstructures: Self-assembly of monodispersed sub-micron spheres and nanorods

by Nair, Aswathi B., Meleth Puthoor, Navas, Nair, Geetha G.
Published in Applied surface science (30.05.2020)

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$Tunable Directional Scattering from High-Refractive-Index Particles Dispersed in an Anisotropic Medium$

Tunable Directional Scattering from High-Refractive-Index Particles Dispersed in an Anisotropic Medium

by Bhardwaj, Amit, Puthoor, Navas Meleth, Nair, Geetha G
Published in Journal of physical chemistry. C (27.08.2020)

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Metal-free radiative cooling polymer films containing high bandgap materials employing a tandem approach

by Bhardwaj, Amit, Puthoor, Navas Meleth, Matte, HSS Ramakrishna, Nair, Geetha G
Published in Journal of quantitative spectroscopy & radiative transfer (01.04.2023)

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Journal Article

Enhanced Mie resonance in a low refractive index colloidal metamaterial aided by nematic liquid crystal

Dynamic Tuning and Swapping of Electric and Magnetic Dipolar Mie Resonances in High Index Dielectric Particles Dispersed in an Anisotropic Medium

Formation of selenium superstructures: Self-assembly of monodispersed sub-micron spheres and nanorods

Tunable Directional Scattering from High-Refractive-Index Particles Dispersed in an Anisotropic Medium

Metal-free radiative cooling polymer films containing high bandgap materials employing a tandem approach

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