The study of the chemical and physical properties of titanium will be done. The physical and chemical properties will be studied which help in better understanding of the different process of extraction of titanium. The research on the various reduction processes of titanium methods will be studied. The reduction process is a fundamental process in extraction. Setting up the experimental scheme for the electrochemical reduction is done. The setting up of the infrastructure for conduction of the electrochemical reduction of TiO2 is done. The experimental set up has to be arranged. The research of the process of the extraction of titanium using the electrochemical reduction of Titanium Dioxide (TiO2) in DMRL has to be done. The continuous monitoring of the critical parameters is needed. The continuous monitoring of the different parameters during the experiments is necessary. The calculation of the material balance is necessary for the production of 1 kg of titanium as it will keep the composition of the extracted material correct. The calculation of the theoretical requirement of DC for the production of 1kg of titanium will be done. The theoretical requirement will be calculated for the production of 1 kg of titanium.
The different synthesis processes of nanoparticles will be studied and one will be chosen from them. Chemical synthesis of nanoparticles using thermal decomposition is done to break down the particles at a certain temperature. The chemical synthesis of nanoparticles will be done using the thermal decomposition method. Using the thermal decomposition method the nanoparticles will be decomposed at high temperature. The different phases of nanoparticles will be determined. This will be determined using the XRD instrument. Determining the size of the nanoparticles by electron microscope and SEM experiment for the extraction is necessary. The electron microscope will be used for scanning. Determination of the magnetic property of the nanoparticles synthesized is done in this process. The magnetic particles of the synthesized nanoparticles will be determined using vibrating sample magnetometer (VSM). The purity and composition of the synthesized nanoparticles by performing energy dispersive X-ray spectroscopy (EDX). This process will be used to analyze the elements and the chemical characteristics of the nanoparticles.
The literature review on the metal matrix composites will be done. The review of the metal composites depending on their production methods, the properties including the physical and the mechanical properties will be done. The various concepts of the metal composites will be discussed. Selecting the materials needed for the fabrication of the composites is an important part. The selection of materials is very important as not every material can be used for fabrication. The fabrication of composites is only done using the selected materials. The composites will be fabricated well using the material that was chosen. The fabricated materials will be tested based on their physical and mechanical properties as this will assess their various abilities to various parameters like heat. This will give an idea of the materials that were fabricated and the limit that they can work up to. The test result will be analyzed to find out different objectives of the test.
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