amitava choudhury

Assistant professor

Missouri University of Science and Technology

United States

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Dr. Amitava Choudhury is an Assistant Professor at Missouri University of Science and Technology, USA. His research focuses on transition metal catalysis, electrochemical processes in energy storage systems, and advanced materials for battery applications, as evidenced by his recent publications. He explores nitrene-transfer chemistry, crystal structure prediction, and the redox behavior of materials, contributing to the fields of chemistry and materials science.

Articles (20)

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amitava choudhury

Research Interests

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Articles (20)

Comparative Nitrene-Transfer Chemistry to Olefins Mediated by First-Row Transition Metal Catalysts Supported by a Pyridinophane Macrocycle with N4 Ligation

A symmetry-oriented crystal structure prediction method for crystals with rigid bodies

A Comparative Study of Cationic Copper(I) Reagents Supported by Bipodal Tetramethylguanidinyl-Containing Ligands as Nitrene-Transfer Catalysts

Nitrene-Transfer Chemistry to C–H and C═C Bonds Mediated by Triangular Coinage Metal Platforms Supported by Triply Bridging Pnictogen Elements Sb(III) and Bi(III)

C–H amination chemistry mediated by trinuclear Cu(i) sites supported by a ligand scaffold featuring an arene platform and tetramethylguanidinyl residues

High-Capacity Anode for Sodium-Ion Batteries Using Hard Carbons Derived from Polyurea-Cross-Linked Silica Xerogel Powders

Multiphase Electrochemical Li-Ion Intercalation in Iron Selenite: Evidence of Fe3+/4+ Redox and Single-Crystal-to-Single-Crystal Topochemical Transformation during Chemical Lithiation

Interpenetrated Lattices of Quaternary Chalcogenides Displaying Magnetic Frustration, High Na-Ion Conductivity, and Cation Redox in Na-Ion Batteries

Li2MP2S6: Building-Block Approach to a Family of 2D Non-van der Waals-Layered Materials and Their Water, Ammonia, and Ion Intercalation Properties

Gamma polymorph of vanadium oxy-selenite and its solid-state Li-ion electrochemistry

NaGaSe2: A Water-Loving Multifunctional Non-van der Waals Layered Selenogallate

Cationic Divalent Metal Sites (M = Mn, Fe, Co) Operating as Both Nitrene-Transfer Agents and Lewis Acids toward Mediating the Synthesis of Three- and Five-Membered N-Heterocycles

Ultralow Lattice Thermal Conductivity in the Aikinite Structure Family, CuxPbxBi2–xS3, and Thermoelectric Properties of Cu0.14Pb0.14Bi1.86S3

Lithium selenometallates of triel elements, Li5MSe4 (M = Al and Ga), aliovalent doping and their ionic conductivity

Building-block approach to the discovery of Na<sub>8</sub>Mn<sub>2</sub>(Ge<sub>2</sub>Se<sub>6</sub>)<sub>2</sub>: A polar chalcogenide exhibiting promising harmonic generation signals with a high laser-induced damage threshold

High Sodium-Ion Conductivity in Interlocked Quaternary Chalcogenides Built with Supertetrahedral Building Units

Sodium-Stuffed Open-Framework Quaternary Chalcogenide Built with (Cu2Ga6S18)16– Ribbons Cross-Linked by Unusual Linear Cu(I) Pillars

Is the Electrophilicity of the Metal Nitrene the Sole Predictor of Metal-Mediated Nitrene Transfer to Olefins? Secondary Contributing Factors as Revealed by a Library of High-Spin Co(II) Reagents

Fe Doping in LiMn1.5Ni0.5O4 by Atomic Layer Deposition Followed by Annealing: Depths and Occupation Sites

Discovery of an olivine-type lithium manganese thiophosphate, LiMnPS4, via a building block approach

Collaborators (6)

Aleksandr Chernatynskiy

Jeremy Watts

Patrina Paraskevopoulou

Stephen Yaw Owusu

Pericles Stavropoulos

Jonghyun Park

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