Human learning revolves around experiences. The gradual acquisition of knowledge for
learning a new task involves leveraging similar experiences in the past. The capability to
transfer prior knowledge to generalize to ...
The development of efficient methodologies for the construction of complex
aromatic/heteroaromatic molecular structures has received widespread attention because of
their ubiquitous presence in various natural products, ...
The aim of this thesis is to understand the external field induced (electric and magnetic) transport behaviors of the complex fluids. In pursuit of this, the present study explores the governing roles of concentration ...
Porous metal-organic frameworks (MOFs) are a new class of crystalline porous materials which exhibit the fascinating capability to form diverse structural architectures and novel properties. The high surface areas, tunable ...
The experimental states of nuclei, close to semi-magic nuclei, having one extra proton on top of closed
proton core, in general, connote the arrangement of proton orbitals within a shell. Herein, we have studied
the ...
While the sun is the principal energy source for our earth, energy in the form of
sunlight has little value in our modern global economy. To obtain food and fuel, society
relies upon biomass to convert light energy into ...
The present thesis reports the influencing role of dissolved ions in a polar fluid on its evaporation dynamics, and the nature in which the same may be modulated by induced electro and magneto-advection. The evaporation ...
Thick copper (Cu) claddings/coatings with near bulk Cu properties have been recommended for plasma-facing components inside the Vacuum Vessel (VV) of the Tokamak Reactors for a smooth operation. Work is in progress in the ...
The thesis presents investigations on fundamental research topics and proposes new analytical results for conduction and space charges considering, injection, diffusion and structural features in a comprehensive manner. ...
Osteogenesis Imperfecta (OI) or “brittle bone disease” is a group of genetic disorders, caused by the collagen deficiency in connective tissues. The collagen deficiency in bones results in low bone mass and reduced bone ...
Quantification of clinically relevant biomolecules holds significant importance for ensuring better diagnostics and therapeutics. Moreover, accurate and reliable determination of biomolecules remains crucial for understanding ...
Conventional floating gate non-volatile memory (NVM) has been a dominating NVM
device until the date. Since the concept of semiconductor nanoparticles (NPs) based NVM
was first proposed, it has been widely explored as ...
Fracture and fatigue failure of metals is a multiscale phenomenon. The nucleation and
propagation of short cracks, originating with the atomic level separation of metal atoms, is
dependent on various material specific ...
Ion beam sputtering of a solid surface has the potential to create rich varieties of
nanoscale periodic patterns by varying the beam parameters. This bottom-up approach
of nanopatterning has been serving as an easy and ...
In heavy-ion induced reactions, the sub-barrier fusion cross-sections are enhanced as compared
to the predictions of the one-dimensional barrier penetration model (1-D BPM).
The enhancement in sub-barrier fusion has been ...
Since the last two centuries, thermal machines have been studied extensively. Thermal
mechanics have a major in
uence on the development of the modern society that
started with the invention of a steam engine during the ...
The present thesis primarily focusses on the study of structure of unit group of group algebras. We
aim at obtaining information about conjugacy classes in the unit group of various modular group
algebras. Further, we ...
Chapter 1: Introduction
Heterocycles are the largest division of organic compound that contains at least one or two
heteroatoms in a ring. The presence of heteroatom in the heterocyclic compound gives them
many significant ...