Browsing Inorganic and Physical Chemistry (IPC) by Advisor "Mukherjee, Partha Sarathi"
Now showing items 1-20 of 21
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An Architectural Exploration in Coordination Driven Self-Assembly & Fluorescent Imidazolium Salts as Picric Acid Receptors
(2017-10-11)Nature has always remained a constant source of inspiration for chemists for synthesizing natural products, mimicking enzymatic reactions or to construct molecular architectures resembling biological assemblies. With the ... -
Design and Application of Self-Assembled Coordination Cages for Catalysis and as Drug Carrier
In summary the present thesis accounts for the design and synthesis of various coordination cages formed through the self-assembly reaction of the newly designed pyridine and pyrimidine based ligands with various 90° ... -
Homo-and Hetero-Metallic Supramolecular Assemblies : Synthesis, Structures and Characterization
(2018-04-03)The work highlighted in this dissertation comprises of syntheses and characterizations of coordination driven supramolecular compounds. The synthesized complexes are characterized by IR spectroscopy, multinuclear NMR ... -
Host-Guest Chemistry of Water-Soluble Coordination Cages and their Applications
Host-guest interactions are key to enzyme-substrate recognition, where the enzyme acts as a host, providing a specific cavity for the guest to bind. Inspired by host-guest interactions observed in nature, a significant ... -
Imidazole and NHC-Carbene based Coordination Architectures and Their Applications
Modern-day chemistry demands novel molecular materials having aesthetically pleasing structures along with fascinating chemical and physical properties. New synthetic strategies have been applied for structural modulation ... -
Low-Symmetric Water-Soluble Molecular Hosts for Molecular Separation and Optical Modulation
Nature employs the strategy of self-assembly in a remarkable way at every scale to construct numerous functional architectures. Various noncovalent interactions, such as hydrogen bonding, 𝜋-𝜋 stacking, and electrostatic ... -
Organic Imine Cages : Self-Sorting and Application
(2017-11-14)Biological systems have the incredible ability to accomplish uncommon chemical transformations with supreme delicacy. Many of those chemical transformations take place within the pocket of enzymes, which provide unique ... -
Organic Transformations in the Confined Cavity of Self-Assembled Pd(II) Molecular Containers
Biological systems utilize its extraordinary ability to develop complex and functional molecular assemblies employing reversible non-covalent interactions. These natural aesthetic examples motivated synthetic chemists ... -
Photo-responsive Self-assembled Coordination Architectures and Their Applications
Development of nanomaterials that mimic enzyme-like catalytic activities (nanozymes) has drawn special attention in recent time. Nanozymes possess exclusive advantages over natural enzymes like high stability, large-scale ... -
Polynuclear Coordination Assemblies : Synthesis, Crystal Structures And Magnetic Behavior
(2013-05-23)Construction of polynuclear metal assemblies from discrete 0D clusters to extend 3D networks, comprised of metal ions and bridging organic/inorganic ligands has attracted immense attention, owing to their intriguing network ... -
Self-assembled Coordination Architectures & Donor- Acceptor Systems: Synthesis, Characterization and Applications
Self-assembled Coordination Architectures & Donor-Acceptor Systems: Synthesis, Characterization and Applications Atul Kumar The extraordinary ability of biological systems to develop complex and functional molecular ... -
Self-Assembled Coordination Architectures for Fluorescence Modulation, Photocatalysis, and Light Harvesting
Self-assembly and noncovalent interactions play a pivotal role in the design of complex, and intricate functional structures. Among several design approaches, metal-ligand coordinationdriven self-assembly has emerged as ... -
Self-Assembled Coordination Cages for Catalysis and Proton Conduction
(2018-02-18)Biological systems construct varieties of self-assembled architectures with incredible elegance and precession utilizing proteins as subunits to accomplish widespread functions. Inspired by natural systems, construction ... -
Self-Assembled Hosts for Applications in Guest Binding and Catalysis
Living organisms can perform complex chemical reactions precisely in the confined pockets of enzymes. In this regard, numerous aesthetic 2D and 3D discrete architectures have been constructed using metal-ligand coordination ... -
Self-Assembly and Cytotoxic Activity of Homometallic and Heterometallic Coordination Architectures
(2018-05-29)The alluring order in which complex biological networks exist in nature stimulated the interest of chemists to replicate such systems synthetically. With such examples as the deoxyribonucleic acid (DNA) double helix and ... -
Self-Assembly Of Discrete Molecular Architectures : Design, Synthesis And Characterization
(2013-07-16)Stepwise covalent synthesis of large molecules is often time consuming and laborious and thus generally ends in a low yield of the target product. It is also difficult to achieve a large desired product where the controlling ... -
Self-Assembly Of Functional Supramolecular Architectures via Metal-Ligand Coordination
(2015-09-09)Over the past few decades, supramolecular self-assembly has become an alternative synthetic tool for constructing targeted discrete molecular architectures. Among various interactions, metal-ligand coordination has attracted ... -
Self-Selection Of Discrete Molecular Architectures In Coordination-Driven Self-Assembly
(2016-10-20)Self–assembly has long been attracting chemists’ attention because it can yield fascinating supramolecular architectures in a single step. More precisely, metal–ligand coordination–driven self–assembly has stood out as an ... -
Serendipitous Assembly Of 3d Metal-Ion Polyclusters : Structures, Magnetic Behavior And Theoretical Studies
(2017-02-22)The last two decades have seen extensive growth in interest in metal-ion assemblies, especially for building new polynuclear exchange-coupled magnetic systems. However, the concept of designing polynuclear extended structures ... -
Synthesis and Applications of Unusual Self-assembled Coordination Architectures
Biological systems like enzymes have complex structures which help in executing intricate chemical reactions. Endeavoring to replicate such chemical reactions, chemists have crafted discreate molecular structures ...