Wood naturally inherits a unique combination of material properties specifically suitable for large-scale shape-changing parts.
It has been proven that the material properties are suitable for many device applications such as laser sources emitting at 1.3 to 1.55 μm, detector, and optical amplifiers for fiber-optic communication systems[3 5].
The recent theoretical and experimental investigations indicate that Composite material has properties suitable for applications in many fields.
Ferromagnetic nanopowders (NP), synthesized with magnetically decoupled cores, may represent interesting raw materials for their further conversion into nanostructured magnetic bulk materials, with properties suitable for their utilization in low and high-frequency applications.
Such oxide materials with properties suitable for thin-film transistors (TFTs) can be formed on flexible plastic substrates by the rf-sputtering method, pulsed-laser deposition, and solution processes at low temperature [9 11].
This work developed collagen and gelatine-based scaffolds with structural, material and biological properties suitable for use in myocardial tissue regeneration.
Utilization of the rice husk as the template-containing precursor allowed to prepare carbon materials with textural properties suitable for application as electrode materials in the supercapacitors.
Glass-ceramic materials offer versatile properties suitable for some unique applications.
They are a very important family of materials and exhibit properties suitable for numerous applications.
It has been demonstrated that optimisation of such parameters leads to the production of materials with mechanical properties suitable for civil engineering applications.
