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Chemistry

D-Index
55
Citations
5974
World Ranking
12430
National Ranking
3311

Overview

John G. Brennan is affiliated with Rutgers, The State University of New Jersey in the United States. Their research spans several fields within science and engineering, with a focus on materials chemistry, engineering, and physics and astronomy.

The scientist's main fields of study include:

  • Engineering
  • Materials Science
  • Physics and Astronomy

Within these broad areas, Brennan works on a number of specialized subfields, such as:

  • Materials Chemistry
  • Mechanics of Materials
  • Atomic and Molecular Physics, and Optics
  • Geophysics
  • Biomedical Engineering

Their research topics are diverse, focusing largely on material behavior and energetic processes, including:

  • Energetic Materials and Combustion
  • High-pressure Geophysics and Materials
  • Material Dynamics and Properties
  • High-Velocity Impact and Material Behavior
  • Crystallography and Molecular Interactions
  • Machine Learning in Materials Science
  • Spectroscopy and Quantum Chemical Studies

Brennan has authored papers published in several scientific venues. Frequent publication venues include:

  • Journal of Applied Physics
  • Journal of Chemical Theory and Computation
  • Propellants Explosives Pyrotechnics
  • Physical Chemistry Chemical Physics
  • arXiv (Cornell University)

Recent publications by Brennan include:

  • "Methane and carbon dioxide in dual-porosity organic matter: Molecular simulations of adsorption and diffusion," 2020, AIChE Journal
  • "Generalized Energy-Conserving Dissipative Particle Dynamics with Reactions," 2022, Journal of Chemical Theory and Computation
  • "Bottom-up coarse-grain modeling of nanoscale shear bands in shocked α-RDX," 2022, Journal of Materials Science
  • "Generalized energy-conserving dissipative particle dynamics revisited: Insight from the thermodynamics of the mesoparticle leading to an alternative heat flow model," 2021, Physical Review E
  • "Toward Addressing the Challenge to Predict the Heat Capacities of RDX and HMX Energetic Materials," 2022, Propellants Explosives Pyrotechnics

Brennan collaborates frequently with several researchers, with coauthors who have contributed significantly alongside them. Frequent collaborators include:

  • James P. Larentzos
  • Martin Lı́sal
  • Josep Bonet Ávalos
  • Allan D. Mackie
  • Catalin R. Picu

Best Publications

  • Electron-transfer reactions of trivalent uranium. Preparation and structure of the uranium metallocene compounds (MeC5H4)3U:NPh and [(MeC5H4)3U]2[.mu.-.eta.1,.eta.2-PhNCO]

    John G. Brennan;Richard A. Andersen

  • The preparation of large semiconductor clusters via the pyrolysis of a molecular precursor

    John G. Brennan;T. Siegrist;P. J. Carroll;S. M. Stuczynski

  • Bulk and nanostructure Group II-VI compounds from molecular organometallic precursors

    J. G. Brennan;T. Siegrist;P. J. Carroll;S. M. Stuczynski

  • Preparation of the First Molecular Carbon Monoxide Complex of Uranium, (Me3SiC5H4)3UCO

    John G. Brennan;Richard A. Andersen;John L. Robbins

  • The transition from molecules to solids: molecular syntheses of Ni9Te6(PEt3)8, Ni20Te18(PEt3)12 and NiTe

    J. G. Brennan;T. Siegrist;S. M. Stuczynski;M. L. Steigerwald

  • Chemistry of Trivalent Uranium Metallocenes: Electron-Transfer Reactions with Carbon Disulfide. Formation of [(RC5H4)3U]2[μ= η1, η2-CS2]

    John G. Brennan;Richard A. Andersen;Allan Zalkin

  • Chemistry of Trivalent Uranium Metallocenes: Electron-Transfer Reactions. Synthesis and Characterization of [(MeC5H4)3U]2E (E = S, Se, Te) and the Crystal Structures of [(MeC5H4)3U]2S and (MeC5H4)3UOPPh3

    John G. Brennan;Richard A. Andersen;Allan Zalkin

  • PYRIDINESELENOLATE COMPLEXES OF TIN AND LEAD : SN(2-SENC5H4)2, SN(2-SENC5H4)4, PB(2-SENC5H4)2, AND PB(3-ME3SI-2-SENC5H3)2. VOLATILE CVD PRECURSORS TO GROUP IV-GROUP VI SEMICONDUCTORS

    Yifeng Cheng;T. J. Emge;J. G. Brennan

  • polymeric Cd(Se-2-NC5H4)2 and Square Planar Hg(Se-2-NC5H4)2: Volatile CVD Precursors to II-VI Semiconductors

    Yifeng Cheng;T. J. Emge;J. G. Brennan

  • Cubane Clusters Containing Lanthanide Ions: (py)8Yb4Se4(SePh)4 and (py)10Yb6S6(SPh)6

    Deborah Freedman;Jonathan H. Melman;T. J. Emge;J. G. Brennan

  • Crystal structures of (MeC5H4)3ML [M = uranium or cerium; L = quinuclidine or P(OCH2)3CEt]. Evidence for uranium to phosphorus .pi.-back-bonding

    John G. Brennan;Stephen D. Stults;Richard A. Andersen;Allan Zalkin

  • PYRIDINESELENOLATE COMPLEXES OF COPPER AND INDIUM : PRECURSORS TO CUSEX AND IN2SE3

    Y. Cheng;T. J. Emge;J. G. Brennan

  • Lanthanide clusters with internal Ln ions: highly emissive molecules with solid-state cores.

    Anna Kornienko;Thomas J. Emge;G. Ajith Kumar;Richard E. Riman

  • Cluster intermediates in an organometallic synthesis of palladium telluride PdTe

    J. G. Brennan;T. Siegrist;S. M. Stuczynski;M. L. Steigerwald

  • Trivalent lanthanide compounds with fluorinated thiolate ligands: Ln-F dative interactions vary with Ln and solvent.

    Jonathan H. Melman;Christa Rohde;Thomas J. Emge;John G. Brennan

  • Intense near-IR emission from nanoscale lanthanoid fluoride clusters.

    Michael Romanelli;G. Ajith Kumar;Thomas J. Emge;Richard E. Riman

  • Heterometallic Chalcogenido Clusters Containing Lanthanides and Main Group Metals: Emissive Precursors to Ternary Solid-State Compounds

    Anna Kornienko;Santanu Banerjee;G. Ajith Kumar;Richard E. Riman

  • Pyridine Coordination Complexes of the Divalent Ytterbium Chalcogenolates Yb(EPh)2 (E = S, Se, Te)

    M. Brewer;D. Khasnis;M. Buretea;M. Berardini

  • Lanthanide-Group 12 Metal Chalcogenolates: A Versatile Class of Compounds

    M. Berardini;T. J. Emge;J. G. Brennan

  • Covalency in bis([8]annulene)uranium from photoelectron spectroscopy with variable photon energy

    John G. Brennan;Jennifer C. Green;Catherine M. Redfern

Frequent Co-Authors

Thomas J. Emge
Thomas J. Emge Rutgers, The State University of New Jersey
Richard E. Riman
Richard E. Riman Rutgers, The State University of New Jersey
Allan Zalkin
Allan Zalkin University of California, Berkeley
Norman M. Edelstein
Norman M. Edelstein Lawrence Berkeley National Laboratory
Mikhail G. Brik
Mikhail G. Brik University of Tartu
Richard A. Andersen
Richard A. Andersen Lawrence Berkeley National Laboratory
Karsten Krogh-Jespersen
Karsten Krogh-Jespersen Rutgers, The State University of New Jersey
Jennifer C. Green
Jennifer C. Green University of Oxford
Dennis W. Smith
Dennis W. Smith Mississippi State University
John Ballato
John Ballato Clemson University

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