Aims:
To address the physical properties of the growing research topic based on inorganic and organic composite materials
under the glassy regime. The incorporation of a small amount of organic content in inorganic chalcogenide alloy could be an interesting
topic for the investigation. Such composite materials optical and structural properties could define their prospective use.
Objectives:
Considering prospective utility of the inorganic and organic composite materials this report key goal to demonstrate the
structural and optical properties, like, absorption spectra, extinction coefficient (k), real dielectric constant (εʹ), imaginary dielectric constant
(εʹʹ), refractive index (n), absorption coefficient (α) and optical energy band (E g ) for the Se 55 Te 25 Ge 20 (GTS) alloy, Se 55 Te 25 Ge
20 +0.025% multiwalled carbon nano tubes (MWCNT) and Se 55 Te 25 Ge 20 +0.025 % bilayer graphene (GF) composites.
Methods:
To synthesize the materials direct melt-quenched technique was adopted. Materials microstructural and UV/ Visible optical
absorption were performed from the Field Emission Scanning Electron Microscope and UV/ Visible optical spectrometer equipment’s.
Results:
The obtained experimental evidences are revealed that materials optical properties and microstructures slightly altered owing to
incorporation of multi walled carbon nano tubes and bilayer graphene in Se 55 Te 25 Ge 20 regime. To correlate the inorganic- organic
material interactions a schematic has also interpreted based on the bond formation in the solids.
Conclusion:
The experimental evidences have revealed the existence of MWCNT and GF in diffused form in GTS glassy configuration.
The evidences have also revealed the diffused morphologies of the MWCNT and GF could not developed the specific structure within the
complex configuration (although they have exhibited rather distinct morphologies), but they influenced the optical properties of the
composite materials.
Analysis of Physical and Mechanical Properties of Multiwalled Carbon Nano Tubes (MW-CNTs) Reinforced Mineral Composites as an Environmentally Friendly Machine Structure
