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We show theoretically that finite hierarchical assemblies of clusters consisting magnetic (magnetite) and plasmonic (gold) nanoparticles show dramatically increased values of the magnetochiral dichroism compared to those measured in conventional materials exhibiting this phenomenon (liquid molecular systems, anisotropic crystals and chiral ferromagnets).
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More realistically, carbon-nanotube composite materials exhibiting improved behaviour over standard carbon-fibre composites are likely in the near term.
Moreover, materials exhibiting substantial piezoelectricity can only be applied.
Electrochemical measurements conducted in half cells with V6O14 as the cathode material and lithium metal as the anode show that this material exhibits the same features as its parent compound.
Stiffness and toughness of the materials exhibit density dependence suggesting this forming technique further allows controllable impact energy dissipation rates in dynamic applications.
Many dielectric materials exhibit large penetration depths in this frequency range [ 16, 17], and THz radiation suffers much less from scattering due to the larger wavelengths compared to, e.g., infrared radiation.
In this state, the materials exhibit paramagnetic behavior.
Among other EO properties, these materials exhibit voltage-dependent birefringence.
All materials exhibit good thermal/morphological stabilities.
Fully cured materials exhibit shape-memory effect.
These materials exhibit very different properties under load.
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CEO of Professional Science Editing for Scientists @ prosciediting.com