Browsing Doctoral Theses by Author "Department of Physics University of Calicut"
Now showing items 1-11 of 11
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Effect of Radiation on Electronic Devices
Aslam.P, Mohamed (Department of Physics University of Calicut, 2017) -
General physical characteristics of γ-ray emitting beamed AGNs in fermi era
Vaidehi Sharan Paliya (2016)The research work presented in this thesis is aimed to provide a detailed understanding of the radiative processes powering the jets of the blazars, a class of AGNs with jet pointed towards the line of sight to the observer. ... -
Insights on adsorptive and catalytic water remediation using metal chalcogenides and bismuth based nanomaterials
Sravandas P (Department of Physics University of Calicut, 2024)Water pollution has recently garnered increased attention due to its severe negative impacts on life and the planet's ecosystem. Given the essential role of water in sustaining a healthy life, sourcing clean freshwater ... -
Monte Carlo Simulations of the High Energy X-ray Spectrometer (HEX) on Chandrayaan-I
Manju Sudhakar (Department of Physics University of Calicut, 2010) -
Morphological Analysis of Galaxies
Dhanya, Joseph (Department of Physics University of Calicut, 2016) -
Optical, Electrical and Morphological Studies of Conducting Ion Doped Metal Oxide Thin Films
Jaya T. P (Department of Physics University of Calicut, 2017) -
Structure study of exotic nuclei using cluster models
Deepthy Maria Joseph (Department of Physics University of Calicut, 2017) -
Studies on galaxy evolution : morphology- population connection
Aswathy, S (Department of Physics University of Calicut, 2018) -
Studies on graphene-perovskite LaFeO3 interface
Vidyarajan, N (Department of Physics University of Calicut, 2018) -
Studies on propagation and interaction of multi-solitons in inhomogeneous optical systems
Musammil, N M (Department of Physics University of Calicut, 2018) -
Study of heavy ion induced fission in a lighter actinide 227Pa using NAND facility
Saneesh N (Department of Physics University of Calicut, 2024)Over the decades of intense studies in the fission of actinide nuclei, it has been established that the fragment mass distribution is asymmetric at lower excitation energies (E*). The macro- microscopic model describes ...