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Brandon C. Bukowski

Johns Hopkins University

Baltimore, MD 20036-1984

United States

  • Johns Hopkins University

SCHOLARLY PAPERS

3

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168

TOTAL CITATIONS

0

Scholarly Papers (3)

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1.

Machine Learning Accelerated Interfacial Fluxionality in Ni-Supported Metal Nitride Ammonia Synthesis Catalysts

Number of pages: 31 Posted: 06 Mar 2025
Pranav Roy and Brandon C. Bukowski
Johns Hopkins University and Johns Hopkins University
Downloads 69 (883,195)

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Ammonia, Metal Nitrides, Ab Initio Molecular Dynamics, Density Functional Theory, Machine Learning force fields, machine learning interatomic potentials

2.

Mechanistic Insights into Nitrogen Activation at Low-Nuclearity Ru Sites in Self-Pillared Pentasil Using Operando Atomistic Models and Experimental Kinetics

Number of pages: 24 Posted: 16 Nov 2024
Geet Gupta, Weiye Qu, Zihao Rei Gao, Ryan Zhou, Nayeon Kang, Paul Haghi Ashtiani, Fan Bu, Michael Tsapatsis, Chao Wang and Brandon C. Bukowski
Johns Hopkins University, Johns Hopkins University, Johns Hopkins University, Johns Hopkins University, Johns Hopkins University, Johns Hopkins University, Johns Hopkins University, Johns Hopkins University, Johns Hopkins University and Johns Hopkins University
Downloads 61 (951,658)

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Ammonia synthesis, Zeolites, self-pillared pentasil, Density Functional Theory, kinetics

3.

Enantioselective Catalysts Based on Metal-Organic Framework-Supported Nucleotides

Number of pages: 33 Posted: 10 Feb 2023
Michael Tsapatsis, Danyu Wang, Zhe Li, Tian-Yi Luo, Michael B. Schmithorst, Sunghwan Park, Wenqian Xu, Brandon C. Bukowski and Efrosini Kokkoli
Johns Hopkins University, Johns Hopkins University, Johns Hopkins University, Johns Hopkins University, University of California, Santa Barbara (UCSB) - Department of Chemical Engineering, Kyungpook National University, Government of the United States of America - Argonne National Laboratory, Johns Hopkins University and Johns Hopkins University
Downloads 38 (1,209,354)

Abstract:

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Metal-organic framework * Artificial metalloenzyme * Asymmetric catalysis * Heterogenous catalysis