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Md Mahbubul Islam

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Assistant Professor

Wayne State University

United States

Research Interests

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Md Mahbubul Islam is an Assistant Professor at Wayne State University in the United States. His research focuses on advanced materials for energy applications, including the development of novel MXenes and the study of catalytic mechanisms in nonaqueous batteries. His recent publications explore key areas such as the mechanistic insights into carbon formation and the role of single atom catalysts in battery performance.

Recent Grants

Grant: Open

Collaborative Research: An Integrated Experimental and Computational Approach to Reveal Adsorption-Catalysis Cathode Design Principles for Na-S Batteries

Open Date: 2024-08-15

Close Date: 2027-07-31

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Collaborators (3)

Alejandro Strachan

Professor

Purdue University

UNITED STATES

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Rahul Jayan

Assistant Professor of Mechanical Engineering

University of Tennessee at Chattanooga

UNITED STATES

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Brenden W Hamilton

Staff Scientist

Los Alamos National Laboratory

UNITED STATES

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Md Mahbubul Islam

Research Interests

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About

Recent Grants

Articles (26)

Enhancing nonaqueous Mg–CO2 battery performance via single-atom catalysts on nitride MXenes

Single-Atom Catalysts for Enhanced Na–S Battery Performance

Generative AI-Driven Discovery of Next-Generation Electrolytes for Alkali Metal Batteries

Development of a ReaxFF force field for Na–S chemistry and its application to chemo-mechanical evolution of sodiated sulfur

Mechanistic insights into CO2 capture and electrochemical conversion in nonaqueous Na–CO2 batteries

Computational discovery of a novel double transition metal nitride MXene and its applications as an anchoring and catalytic material in Li–Se batteries

(Invited) Computational Insights into Cathode Electrocatalyst Design for Metal-CO2 Batteries

Generative AI-Enabled Electrolyte Discovery for Next-Generation Alkali Metal Batteries

Rational Design of Dual-Atom Electrocatalysts for Ammonia Synthesis with Improved Selectivity

Tuning polysulfide adsorption and catalytic activity via surface functionalization of Nb2TiN2 MXene in Na–S batteries

Unraveling the effect of single atom catalysts on the charging behavior of nonaqueous Mg–CO2 batteries: a combined density functional theory and machine learning approach

Algae-Derived Nacre-like Dielectric Bionanocomposite with High Loading Hexagonal Boron Nitride for Green Electronics

Mechanistic Insights into the Evolution of Graphitic Carbon from Sulfur Containing Polar Aromatic Feedstock

Regulating Surface Charge by Embedding Ru Nanoparticles over 2D Hydroxides toward Water Oxidation

High-pressure and temperature neural network reactive force field for energetic materials

Effect of oxidation on mechanical properties of copper nanowire: A ReaxFF (reactive force field) molecular dynamics study

Mechanistic elucidation of shock response of bis(1,2,4-oxadiazole)bis(methylene) dinitrate (BOM): A ReaxFF molecular dynamics investigation

Advancing next-generation nonaqueous Mg–CO2 batteries: insights into reaction mechanisms and catalyst design

Structural modulation of low-valent iron in LDH-derived Ni3Se4 nanosheets: a breakthrough electrocatalyst for the overall water splitting reaction

Revealing Mechanistic Insights into Amorphous Graphite Formation from Oxygenated Polar Heavy-End Aromatic Feedstock

Understanding Catalytic Mechanisms and Cathode Interface Kinetics in Nonaqueous Mg–CO2 Batteries

First Principles Investigations of Electrocatalyst Design for Mg-CO2 Batteries

Data-Driven Machine Learning to Predict Mechanical Properties of Monolayer Transition-Metal Dichalcogenides for Applications in Flexible Electronics

Rationally Constructing Chalcogenide–Hydroxide Heterostructures with Amendment of Electronic Structure for Overall Water-Splitting Reaction

Homogeneous Organometallic Catalysts for Improved Electrochemical Kinetics of Li–S Batteries

Lewis Acid Site Assisted Bifunctional Activity of Tin Doped Gallium Oxide and Its Application in Rechargeable Zn‐Air Batteries

Collaborators (3)

Alejandro Strachan

Rahul Jayan

Brenden W Hamilton

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