Abstract 1

Investigation on Nucleation kinetics, growth and Characterization of urea based dicarboxylic acid ferroelectric and third order NLO single crystals were explained. The science behind the growth of crystals, various methods for the synthesis of crystal growths, properties of a single crystal and the difference between ordinary crystal and single crystals were explained. The reason for nonlinear properties in crystals. She explained the synthesis of urea based dicarboxylic acid NLO single crystals.

About Speaker 1

Ms. R. DHIVYA is an internal full time research scholars at centre for functional materials, Vellore Institute of Technology, Vellore. Ms. Dhivya has carried out her research work on synthesis and characterization of NLO single crystals. Today, she gave presentation on “Investigation on Nucleation kinetics, growth and Characterization of urea based dicarboxylic acid ferroelectric and third order NLO single crystals” and she explained non-linear property, the mechanism in generating second harmonic and third harmonic generation. She explained the synthesis of urea based dicarboxylic acid NLO single crystals.

Abstract 2

G. CHAMPAKA (12PHD0102), gave her presentation on “Synthesis, structural and biological studies on copper, zinc and cadmium carboxylates derived from n-donor ligands”. The chemistry behind the synthesis of copper, zinc and cadmium carboxylates were explained derivatives of n-donor ligands. She explained the synthesis of these carboxylates with neat diagrams and explained the concepts with more examples. The structural, chemical, surface, electrical properties were explained with necessary characterizations.

About Speaker 2

Ms. G. CHAMPAKA is an internal full time research scholars at centre for functional materials, Vellore Institute of Technology, Vellore. She has carried out her research work on Synthesis, structural and biological studies on copper, zinc and cadmium carboxylates derived from n-donor ligands. She explained the synthesis of these carboxylates with neat diagrams and explained the concepts with more examples. The structural, chemical, surface, electrical properties were explained with necessary characterizations.

Venue

MS-Team

Abstract 1

A review of different types of polymer electrolytes, recent approaches and technological applications of polymer electrolytes have been briefly discussed. The talk discusses about the technological advancement in the polymer electrolytes plays a pivotal role in the development of energy storing and converting system like fuel cell.

About Speaker 1

Ms. S. Gurulakshmi is working as an Assistant professor in Guru Nanak College, Chennai and pursuing her PhD degree in SAS, VIT in the field of solid-state Ionics. She completed her master’s degree in Physics at Alagappa University Karaikudi. During her M.Phil , she carried out the research work on “ Growth and characterization of Mn doped Bi2212 superconducting material”. She has completed state eligibility test (SET) for the lectureship. Currently she is working in the polymer electrolytes for Proton exchange membrane Fuel cells.

Abstract 2

DFT (Density Functional Theory) has been Employed with computational tools i.e. Gaussian Software and compared with experimental findings such as NMR, UV, IR, ESP, Electron Density, NBO Analysis, of Trimethadione and 1-(Benzene sulfonyl)-2-Methyl-1H-Indole-3-Carbaldehyde Drugs compounds, Verified and conformed Bioactivity with proteins by docking tool i.e. Auto Dock software.

About Speaker 2

Mr. B. Yagna Narayana doing Ph. D under the guidance of Dr. SP. Vijaya Chamundeeswari in the field of theoretical Quantum Molecular calculations basing on Density Functional theory (DFT) of Drugs compounds similarity with Experimental findings. He has 7 years of experiences in academic as well as 8 years of experience in IT Industry and qualified A.P SET in 2018.

Abstract 1

Experimental calculations like FT-IR, FT-Raman, UV-Visible, NMR, studies are done for the drug molecule and also theoretical verifications i.e DFT calculations are to be carried out respectively by using Gaussian Software 09 and properties such as HOMO-LUMO, Optimization techniques, Molecular Electrostatic Potential analysis, Natural Bonding Analysis. In addition, Molecular docking studies have also done to calculate the minimum binding energy interaction for the molecules.

About Speaker 1

Mr. Shaik Jaheer Basha, working as Assistant professor in Annamacharya Institute of Technology and Sciences, Kadapa. He had completed Ph.d in Physics from VIT Vellore in 2021. He had completed his Master’s degree progamme from S.V. University, Tirupati.

Abstract 2

BaTiO3 (BT) doped PVA and PVP blend nanocomposites are prepared. The dielectric behavior of PVA/PVP/BT PNCs are studied. The C-O, C=O stretching peaks obtained from FTIR results confirm strong miscibility between PVA/PVP and Ti-O bands. The XRD data disclose the crystalline nature. From SEM results good miscibility is found between the polymers and the filler. AFM study reveals increased roughness in the PNCs with increase in BT%. The absorption spectrum is noticed to have shifted towards higher wavelengths with BT concentration.

About Speaker 2

Mr. Noormohammad Shareef S completed his M.Sc in physics from VIT University, Vellore. Currently he is joined for doctorate degree under the supervision of Dr. Madhuri.W, in ceramic filler incorporated polymer blends. He has worked as junior lecturer in A.P for 6 years from 2008-14, Research Associate in VIT for 3 years from 2014-17, and also junior assistant professor in VIT Vellore for 3 years from 2017-20.

Abstract 1

Nonlinear optics has been recognized as a promising area with essential applications in various fields, including optoelectronics, photonics, device fabrications after discovering the laser. A single crystal of Potassium hydrogen oxalate - trihydroxy boron single crystal was grown by slow evaporation method. In her presentation, the electrical, mechanical thermal, dielectric and mechanical behavior of the grown crystal was discussed.

About Speaker 1

Ms. Ajisha D.S has been a research scholar in the School of Advanced Sciences, VIT, Vellore. Her research area includes crystal growth, characterization of single growth crystal. She has published papers in reputed international journals and conferences. Earlier, she served as an assistant professor in a reputed engineering institute for a decade and received awards for her teaching excellence. She has attended number of workshops and faculty development programmes.

Abstract 2

An introduction on magnetism and diluted magnetic semiconductors (DMS) has been presented and discussed. History of DMS materials were also presented. Both Al and Co substituted SnO2 nanoparticles showed ferromagnetic behaviour. But weak impurity peaks (in XRD) were observed in case of higher Co concentrated samples. The structural, optical and magnetic behaviours of all the samples were discussed and concluded.

About Speaker 2

Ms. Renu Rajan is pursuing her PhD degree in the field of nanoparticles synthesis and its characterization, from school of advanced sciences, Vellore Institute of Technology, Vellore. Her research mainly focus on diluted magnetic semiconductor materials. She has two publications in this field in Scopus indexed journals. She has completed her masters in Physics from St. Teresa’s College, Ernakulam.

Abstract 1

Historically two-dimensional radiotherapy (2DRT) and three-dimensional conformal radiotherapy (3DCRT) techniques use traditional flattened beam (FB). However, this technique target coverage and organ at risk sparing is minimal. The advances in technology will get the desired dose distribution by inverse planning such as IMRT and VMAT technique to produce better planning target volume coverage and spare nearby organs. The presently his study was to investigate whether FFFB will create a better plan in different anatomical sites

About Speaker 1

Mr T. Suresh is doing PhD, at VIT, Vellore, in the field of Radiation Oncology. He completed his M. Sc at Anna University, Chennai. Presently working as Senior Medical Physicist at RGCT Research Centre, New Delhi. Having 16 years of experience, participated in national and international conferences. He has published 5 articles in international journals.

Abstract 2

The development of new organometallic material with push-pull systems has been utilized in various nonlinear optical applications. Synthesis and structural properties of borasiloxanes were well established. Tri- and tetracoordinated boron complexes have found applications in various fields. The talk discuss on the bulk second-order nonlinear optical properties (χ2) of chromophores were carried out by Kurtz and Perry powder method and also, the first hyperpolarizabilities (β) were measured using Hyper Rayleigh scattering (HRS) technique.

About Speaker 2

Mr. Viswanathan T is doing Ph.D., at VIT, Vellore. Currently, he is CSIR-SRF fellow and doing research in the field of nonlinear optics. He completed his M. Sc at PSG college of arts and sciences, Coimbatore. During his master’s degree, he completed a project on thiosemicarbazone ligand for corrosion studies in acid medium.

Abstract 1

The development of molecular based second order non-linear optical, linear and Y-shaped ferrocene conjugated chromophores and were characterized using various analytical and spectroscopic techniques. Further, the chromophores were structurally confirmed by single‐crystal X‐ray diffraction studies. The NLO properties (χ2) of chromophores were carried out by Kurtz and Perry powder method. The observed results of optical and nonlinear optical properties using experimental methods were further supported by DFT and time depended-DFT.

About Speaker 1

Mr. Prabu S is doing Ph.D., at VIT, Vellore. Currently, he is ICMR-SRF fellow and doing research in the field NLO. He completed his M. Sc at PSG college of arts and sciences, Coimbatore. During his PG, he completed a project, A Study of the Performance of Perforated Grids in the Lead Acid Battery at CSIR- Central Electrochemical Research Institute, Karaikudi.

Abstract 2

A comparative study between a ferrocene and non-ferrocene diketone-diamine condensed products in various aspects including AIE and Picric Acid sensing was done. The instant ‘naked eye’ response for trace detection of picric acid (PA) in test strips have realized for non-ferrocene derivative with a detection limit of 1.37 μM. This provides a new way for the development of a cost-effective sensor for the detection of nitroaromatic explosives.

About Speaker 2

Ms. Rajalakshmi A V was doing a Ph.D., at VIT University, Vellore. She has completed her final viva on 09-08-2021 and has received the PhD degree. The research topic was Aromatic/Heteroaromatic Ring Appended Y-Shaped Chromophores for Luminescence, Sensor and Biological Applications. She completed her master’s degree from PSG College of Arts and Science Coimbatore. During her master’s degree, she completed a project on Zeolites from IGCAR, Kalpakkam.

Abstract 1

Elementary differential calculus is used for analytical measure of dose gradient in the radio-surgical treatments delivered using a medical linac. The index depends on various plan and machine parameters. The relation guides in the bringing out the relation between the index and these parameters and optimization to achieve the optimal sparing of normal tissue while delivering the prescription dose to target volumes.

About Speaker 1

Mr. Jaon Bos R C is working as a Medical Physicist cum Radiological Safety Officer L-III in Radiation Oncology department at Aster Medcity, Kochi and pursuing his PhD degree in VIT in the field of Medical Physics. He has completed his master’s degree in Physics at Mohan Lal Sukhadia University, Udaipur. During his master’s degree, he carried out the project work on “Polar diagram simulation of various antennae” and during the years as medical physics he has carried out research work on “Utility of Gafchromic films in the study of small fields”.

Abstract 2

The introduction of advanced radiotherapy techniques like IMRT and VMAT enables to achieve the goal of radiotherapy. To perform this, techniques like 3D surface imaging is used. In this system the acquired surface image is compared with a reference image to compute any setup error of the patient prior and during treatment delivery. Radiotherapy delivered with this surface scanning system is known as Surface Guided Radiotherapy (SGRT). These surface image guided system is also utilized in respiratory gated radiotherapy as a guiding tool.

About Speaker 2

Mr. Surendran J Clinical Scientist registered under Health and Care Professions Council, UK, and Radiation Oncology Medical Physicist, 13+ years of experience with a demonstrated history of working in various renowned NABH accredited hospitals in India, have extensive skills in all aspects of the Radiotherapy Physics services, competent to perform and mentor complex treatment planning and implementation of various advanced techniques. Strong operations professional with a Master of Science focused in Medical Physics from Bharathiar University. Certified Radiation Safety Officer Level III by BARC.

Abstract 1

Multiferroic composites consist of any two or more ferro – properties. There are three major ferro – properties; i.e., ferromagnetic, ferroelectric and ferroelastic. A composite material with two or more ferroic nature would find application where multiferroic property coupling is needed. Such coupling is often noticed between ferromagnetic – ferroelectric properties as magnetoelectric (M E) coupling. Multiferroic systems often tunability of magnetic properties as a function of applied electric fields. The converse is also true for the M E composites.

About Speaker 1

Mr. T. Avanish babu completed his M.Sc in physics from Vikramasimhapuri university Nellore. Currently he is joined for doctorate degree under the supervision of Dr. Madhuri.W, ceramic composite laboratory, Vellore institute of technology (VIT,Vellore). He is working on ferroelectrics and multiferrocies applications on energy harvesters, sensors and bandpass filters by hybrid microwave sintering.

Abstract 2

The mechanical alloying procedure used to manufacture nanostructured materials has been a major focus in recent years. Fe88Co12 alloys are useful in a variety of fields, including magnetic storage and composite permanent magnets. The brief discussion on goal of this investigation is to use a high-energy alloying. The structural and magnetic properties of the alloys are evaluated as a function of Co concentration, and the results are compared to those of standard Fe–Co alloys.

About Speaker 2

Ms P.Saraswathi did her Master of Science in Physics from Govt. Arts and Science College, Tiruvannamalai. She is pursuing her Ph.D under the guidance of Dr.S.Madeswaran, CFM, VIT, Vellore. Her topic of research is “rare earth free hard magnetic materials”. She aims to develop a new generation of rare-earth free permanent magnets using non-rare earth metal alloys and thin films of high energy product (BHmax) for energy and data storage applications.

Abstract 1

Silver Sulfide nanoparticles were synthesized by a facile Co - Precipitation Technique, and studied by XRD, FTIR, SEM, EDXA, UV-Visible DRS, PL and Dye Degradation Studies. XRD results elucidates the Ag2S nanoparticles consist of pure crystalline nature of Ag2S. Compared to bulk Ag2S a blue shift of band gap of Ag2S nanoparticles is observed. A hasty dye degradation was observed with the maximum degradation rate 99.7% in 150 min for RhB and 93.4% in 130 mins for MB dye over the catalyst of Ag2S.

About Speaker 1

Mr. Vijayan K did his M. Sc from VIT, Vellore. During his Masters he carried out his research work on “Crystal growth of organic crystals from Slow evaporation and Slow Cooling method”. In Ph.D his research work is based on Deposition of Thin films for Photovoltaic Solar cell Application on “Tailoring Intermediate Band by doping in CuGaSTe Thin films by Chemical Spray Pyrolysis Technique for Efficient Solar Cell Applications” under the guidance of Dr. S.P. Vijayachamundeeswari.

Abstract 2

The D-π-A based organometallic materials has been developed due to its broad application in the field of Non-linear optics. The single crystal X-Ray diffraction study was used to confirm the structure of the chromophores. The photophysical studies were carried out and the Solvatochromic studies is used to detect the charge transfer ability and Aggregation Induced Emission (AIE) studies were used to enhance the fluorescence intensity due to the mechanism of restricted intramolecular rotation by increasing the water fraction from 0-90%.

About Speaker 2

Ms. Subiksha V S is doing a Ph.D., at VIT, Vellore. Doing research in the field of Non-linear optics. She completed her M.Sc at PSGR Krishnammal College foe Women. During her master’s degree, she completed a project on Lithium-ion Batteries at CSIR-CECRI. In the period of post-Graduation, she has completed NPTEL course conducted by IIT, Kharagpur.

Abstract 1

"A synthesis method of preparing ZnO and all coating methods with their advantages and disadvantages, ZnO materials property have been briefly discussed. The talk discusses about the workplan of ZnO nanoparticles synthesis followed by thermal and Electron beam evaporation methods for coating the thinfilm for the spintronic application."

About Speaker 1

Ms. G.Soniya Pauline is pursuing PhD degree under the Guidance of Dr. S. Kaleemulla in SAS, VIT in the field of Thinfilm. She completed her both Bachelor’s and Master’s degrees in Physics at Auxilium College, Katpadi. During her M.Phil , she carried out the research work on "DFT and molecular docking studies on Oxogluric acid Drug".

Abstract 2

Novel organometallic ferrocene appended linear donor- π –acceptor chromophores, have been synthesised and characterised by FT-IR, NMR, IH, 13C, HR Mass, The CF3 substituted chromophore were further confirmed using singe crystal X-ray diffraction analysis, Solvatochromism studies of the synthesised compound showing bathochromic shift using various solvents with different polarities, the results of the studies indicated excellent (AIE) properties. Electrochemical properties of the synthesised compounds were studied by cyclic voltammetry in CH3CN solvent.

About Speaker 2

Ms. Chithra V S doing Ph.D., at VIT-Vellore. Doing research in the field of Non-linear Optics. Completed my master’s degree at GURUNANAK COLLEGE, Chennai. During my master’s degree, completed a project on “Formulation and characterization of neem oil Nano emulsion”.

Abstract 1

In current trend. Nano Technology plays an vital role in wide range of applications. Based on updated technology how it is developed has been briefly discussed. The talk discussed about how selected material (CdO) will be useful to solar cell application and what are the parameters need to carry.

About Speaker 1

Mr. Arcot Jaswanth is doing a Ph.D., at VIT University, Vellore. Doing research in the field of thin films. He completed his master’s degree at Sri Venkateshwara University, Tirupati. During his master’s degree, he completed a project on Photonics based topic. In the period of post-Graduation, he has participated in one national conference in campus and one International Conference in fortune kenses. He has teaching experience of one year.

Abstract 2

Air conditioning and refrigeration are important parts of energy management. The magnetocaloric refrigerator is a cutting-edge option that produces no chemical waste or CFC emissions, thus promising a healthy environment and protecting the ozone layer and climate. Lanthanum-based magnites offer many advantages over intermetallic magnetocaloric materials. Intensive attention has been paid to the development of NaZn13-type La (Fe, Si)13 alloy because it mainly contains cheap environmentally-friendly constituting elements.

About Speaker 2

Ms. Anjana Vinod completed M.Sc in Physics from Manipal Institute of Technology, Manipal. Currently, she is pursuing Ph.D, under the guidance of Dr.Madhuri.W from Vellore Institute of Technology, Vellore. Her research interest includes metal alloys and magnetocaloric materials.

Abstract 1

To synthesis the Pure Tin oxide SnO2, Antimony doped Tin oxide SnO2: Sb, and other efficient TCO materials at various dopant concentrations by thermal evaporation and electron beam evaporation with various growth parameters like pressure, substrate temperature, annealing, Growth atmosphere (Hydrogen and argon). then study the optical and electrical properties of the grown thin films with different characterization technique for the high mobility transparent conducting oxide applications.

About Speaker 1

Mr. D. Naveen Rufus, IFT research scholar working under the guidance of Dr. S. Kaleemulla, VIT University, Vellore. Completed PG in Sacred heart College, Tirupattur. Done M.Sc. project “Growth and characterization of 2D-TMD MoO3 by chemical Vapour deposition” in Bharathiar University, Coimbatore. Selected as research scholar in Aksh Optic Fiber Limited, Delhi. Worked as a project assistant in the field of "Effect of shock waves in crystals and nanomaterials" sacred heart college, Tirupattur.

Abstract 2

Fuel cells are direct electrochemical fuel to electrical energy conversion devices and offer higher efficiency (50–70%) than conventional technologies. If the fuel cell's waste heat is also used, fuel efficiencie of 90% are possible. Nanostructured fuel cell electrodes increase the surface area of catalysts and enhance the contact between fuels and catalysts, which leads to improved system efficiency. The talk discussed how selected material is doped with other materials to increase the efficiency of the electrode in Fuel cells.

About Speaker 2

Mr. Deepan Raj G, is doing Ph.D., at VIT University, Vellore, and Working under the guidance of Dr. S.P. Vijaya Chamundeeswari in the field of Nano materials. He completed his master’s in Nandha Arts and Science College, Coimbatore. He did his Postgraduate dissertation Cum Internship project in Solar Astrophysics at the Indian Institute of Astrophysics (IIA), Kodaikanal. During his post-graduation period, he served as a President of the Department Association, organised seminars and conferences, and participated in two National-level conferences in other colleges.

Abstract 1

In this research, "Plectranthus Amboinicus" extract was used for the synthesis of silver nanoparticles and their biomaterial application was studied. The main purpose of this research is to give a background on green nanotechnology prospective evolution, pertinent concerns appeared related to the green synthesis of metal and metal oxide from plant extracts, nanoparticle formation mechanism. And also find their structural, morphology and optical properties of the green synthesised silver nanoparticle.

About Speaker 1

Ms. Sandhiya M is doing Ph.D at VIT university, Katpadi,Vellore. Doing research in the field of nanoamterials. She completed her M.Phil at Thiruvalluvar university, vellore. She has one year teaching experience at school. Now she working under nanomaterials for biomaterial applications.

Abstract 2

Crystals play a major role in day-to-day life; without crystals there would be no electronics industry, photonic industry and fiber optic communications. In this talk discussed about Synthesis and Growth of single crystal are used for Nonlinear optical application. Strontium based organic crystals gives good result in NLO.

About Speaker 2

Ms. KAVITHA S is doing a PhD., at VIT University, Katpadi, Vellore. Doing research in the filed of Crystal growth for NLO application. She completed her master’s degree at Navarasam arts and science college for women, Erode. During her master’s degree, she completed a project on Nanotechnology based medical application in the period of post-Graduation.

Abstract 1

In current years, the material Zinc Sulphide (ZnS) which makes a wide range of applications in the field of optoelectronic devices, photovoltaics, spintronics etc. The talk is discussed about how can we make ZnS will be applicable to spintronics. And discussed the synthesis and characterisation of doped and undoped ZnS nano powders and thin films.

About Speaker 1

Mr. Mummadi Ravi Sankar Reddy completed his master’s degree at Sri Venkateshwara Degree College, Kadapa. He has completed B.Ed in the year of 2005. He has teaching experience of 11 years in Kadapa. Currently he is joined for doctorate degree under the supervision of Dr. S Kaleemulla, Thin Films Laboratory, Vellore institute of technology Vellore. He is working on Synthesis and characterization of pure and doped ZnS nanoparticles and thin films for spintronic applications.

Abstract 2

Multiferroic composites consist of any two or more ferro – properties. There are three major ferro – properties; i.e. ferromagnetic, ferroelectric and ferroelastic. A composite material with two or more ferroic nature would find application where multiferroic property coupling is needed. Such coupling is often noticed between ferromagnetic – ferroelectric properties as magnetoelectric (M E) coupling. Multiferroic systems often tunability of magnetic properties as a function of applied electric fields. The converse is also true for the M E composites.

About Speaker 2

Ms. Vyshnavi Hemant Khade completed his M.Sc in physics from VIT vellore. Currently she is joined for doctorate degree under the supervision of Dr. Madhuri.W, ceramic composite laboratory, Vellore institute of technology (VIT,Vellore). He is working on ferroelectrics and multiferrocies applications on EMI shielding by hybrid microwave and conventional sintering.

Abstract 1

The talk discusses about various sources of QUBITS for quantum computing applications focussing on the defects in hexagonal Boron Nitride. Synthesis and characterisation of clean h-BN and identifying the various defects is of primary importance in stabilising QUBITS. Photoluminescence studies in h-BN for the characterisation of defect energy levels and Harmonic oscillator approximation is being discussed. Tuning of bandgap by suitable substitution is suitable for other electronic applications.

About Speaker 1

Ms. Ashly Sunny completed her Master’s degree in Physics, from Maharajas College, Ernakulam, Kerala in 2018. She qualified CSIR NET for Lectureship in June 2018. She worked as a Guest Lecturer at B.C.M College, Kottayam during 2019-20. Now she is pursuing her PhD at VIT, Vellore and her area of specialisation is 2-Dimensional materials for nano electronic applications.

Abstract 2

Nanosized spinel ferrite particles have attracted much attention in recent years because of their potential applications in high density magnetic recording, magnetic fluids, spintronics, data storage and biomedical fields. The talk discussed about nanocomposites used for biomedical applications. Magnetic nanocomposites can be used in diagnosis and therapeutics.

About Speaker 2

Ms. Rekha. K is doing Ph D at VIT University, Vellore. Doing research in the field of magnetic nanocomposites. She completed her Masters in Physics from Manglore University, Karnataka. During Master’s she completed project on the topic of radiation effect on nanoparticles.

Abstract 1

The nano composites with the magnetic properties have gained a lot of importance due to their applications in numerous fields such as permanent magnets, recording devices, ferrofluids, motors and sensors etc. The talk discussed about Magnetic Nanocomposites for Permanent Magnet applications and the nanocomposites are synthesized, which is done by combining the hard and soft ferrites

About Speaker 1

Ms. Abarna S T is doing Ph D at VIT University, Vellore. Doing research in the field of magnetic nanocomposites. She completed her Masters in Physics from SASTRA Deemed to be University, Tanjore. During Master’s she completed project on the topic of SnS Quantum Dots Decorated Tio2 thin films For Photocatalytic Applications.

Abstract 2

A synthesis method of pure and doped bismuth ferrite nano particle by sol-gel method. The magnetic materials and ferrites have been briefly discussed. The talk discusses about the preparation of BFO nanoparticles. A suitable reduction of band gap has been expected for pure and doped bismuth ferrite.

About Speaker 2

Mr. A. Ranjith is working as a research scholar at VIT Vellore. He completed his master’s degree in Physics at VIT University Vellore. Now he is working on ferrite Nanomaterials.

Abstract

Refrigeration and air conditioning is an essential component of energy management. Magnetocaloric regenerator is an innovative alternate with no harmful emission. La (Fe, Si)13 have critical corrosion stability. Present investigation is to improve corrosion resistance of La (Fe, Si)13 without compromising its magnetocaloric properties. Magnetocaloric La (Fe, Si)13 intermetallic powder will dry coat with ductile metallic copper, aluminium and tin. The dry coating will be attempted by different processes. LaFe11.6Si1.4 will be used as core particle and metallic metarials as the coating. SEM and EDX images show the extent of coating and corrosion analysis will be done.

About Speaker

Mr. Chinmay Chandan Parhi has got his M.Sc Physics from Vellore Institute of Technology, Vellore in the year 2020. Chinmay chandan has been working in the field of magnetic materials for last 3 years. Currently he is pursuing PhD under the supervision of Dr. Madhuri W.

Abstract 1

Double perovskite are becoming an important research topic due to its intriguing magnetic properties coupled with electric fields. As the focus for discovering new energy materials which as renewable in nature has taken a speed. The magnetocaloric effect exhibited by these materials finds application in many energy devices such as refrigerator, cooler etc. The double perovskite structure of rare earth manganites helps in attaining the goal of becoming successful magnetic refrigerant. In this work, R2NiMnO6(R2= La, Gd) was synthesized using solid state reaction method.

About Speaker 1

Mr. P.Sathish Kumar completed his Master of Science in Physics from Nandha Arts and Science College ,Erode, Tamilnadu. During his M.Sc, he carried out his research work on Radiation survelliance in Radiotherapy”. He did his Master of Philosophy in Physics from Bharathidasan University, Thiruchirappalli, TamilNadu. During his M.Phil, he carried out his research work on Synthesis, Characterization and magnetic properties of CuFe2O4 nanoparticle”. And also, he was a Scientific Assistant of powder XRD Instrumentation at IIT Madras from 2013 to 2015 and at VIT from 2015.

Abstract 2

A review of different types of solar cells & recent developments of Thin Film Solar cells have been discussed. The talk discuss about the Chalcopyrite based materials like CuFeS2, CuAlS2 CuInS2, CuInSe2, CIGS, CuSbS2 can be used as thin film solar absorber due to its high absorption coefficient, low toxicity, earth abundance. Synthesis & Characterization of CuFeS2 nanoparticles have been discussed for the development of thin film solar cells.

About Speaker 2

Mr. M Bhaskaraiah is working as an Asst. Prof. in IIIT R.K.Valley, RGU of Knowledge Technologies, A.P. and pursuing his PhD degree in SAS, VIT Vellore in the field of Solar Cells. He has completed his Master’s degree in Physics at SVU, Tirupathi. He has completed his M. Tech from IIT, Delhi. He also published two research papers in the field of Synchrotron based radiation & imaging. He has qualified GATE-2007 & 2008, CSIR- NET for Lectureship, APSET for Lectureship. Currently he is working in the area of Chalcopyrite based materials for thin film solar cell applications.