Joe Sabol

Joe Sabol

Milwaukee, Wisconsin, United States
1K followers 500+ connections

About

Joseph Sabol, PhD, 35+ years experience in chemical, materials, and engineering sectors;…

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Experience

  • Joseph Sabol, Chemical Consultant

    Racine, Wisconsin USA

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    Racine County, Wisconsin

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    Marquette, Michigan

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    Marquette, Michigan, United States

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    Washington, District of Columbia, United States

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    Washington, District of Columbia, United States

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    Marquette, MI

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    Washington DC

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    Waukesha, WI

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    Marquette, MI

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    Chaska, MN

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    Madison WI

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    West Lafayette IN

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    Stevens Point WI

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    Greater Minneapolis-St. Paul Area

Education

  • University of Wisconsin-Madison Graphic

    University of Wisconsin-Madison

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    Activities and Societies: Studied theory and practice of electron-material interactions using electron microprobe analysis (EMPA).

    Geology, Electron Microprobe Analysis

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    Activities and Societies: Phi Lambda Upsilon chemistry honorary vice-president 1980-1981.

    Dissertation: Fluorescence Quantum Yields by Low-Level Luminescence Quenching.

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    Activities and Societies: ACS Student Affiliate president 1974-75, Cross-country and track teams 1971-1975.

Volunteer Experience

  • Webmaster

    Marquette Beautification and Restoration Committee

    - 10 years 1 month

    Designed and maintained MBRC's website, 2004-2014.
    www.mqtbeautification.org/

  • Director

    Friends of Peter White Public Library

    - Present 3 years 4 months

    Education

    Helped organize semi-annual book sale and approve donations to Peter White Public Library, Marquette, MI.

Publications

  • Correlation between magnetism and the Verwey transition in magnetite. Karolina Podgórska, Joseph Sabol, Wojciech Tabiś, et al.

    Physical Review B, 111, 245161 (2025)

    Abstract: Seeking to unravel the enigmatic Verwey transition and its interplay with magnetism, we have conducted comprehensive measurements on the temperature-dependent electrical resistivity and magnetic moment of stoichiometric and doped-magnetite single crystals at temperatures reaching 1000 K. These investigations have allowed us to identify the Curie temperature, 𝑇C, and other characteristic temperatures of the electrical resistivity. Remarkably, we have identified correlations between…

    Abstract: Seeking to unravel the enigmatic Verwey transition and its interplay with magnetism, we have conducted comprehensive measurements on the temperature-dependent electrical resistivity and magnetic moment of stoichiometric and doped-magnetite single crystals at temperatures reaching 1000 K. These investigations have allowed us to identify the Curie temperature, 𝑇C, and other characteristic temperatures of the electrical resistivity. Remarkably, we have identified correlations between these temperatures and the Verwey temperature, 𝑇V, indicating that the electrical transport properties and the mechanism of the Verwey transition are closely related to the magnetic properties.

    See publication
  • Gateway to Novel Energy Conversion Technology In Honor of Dr. E. G. (Gerry) Meyer

    Catalysis Today (Elsevier)

    Guest Editor, with Jingbo Louise Liu and Bill Carroll, "Gateway to Novel Energy Conversion Technology In Honor of Dr. E. G. (Gerry) Meyer". Catalysis Today and the ACS Divisions of Energy and Fuels (ENFL) & Small Chemical Businesses (SCHB) are pleased to announce a special issue "Gateway to Novel Energy Conversion Technology In Honor of Dr. E. G. (Gerry) Meyer", to recognize high-quality energy, fuel-related, and catalysis research. This special issue follows the symposium "In Honor of Gerry…

    Guest Editor, with Jingbo Louise Liu and Bill Carroll, "Gateway to Novel Energy Conversion Technology In Honor of Dr. E. G. (Gerry) Meyer". Catalysis Today and the ACS Divisions of Energy and Fuels (ENFL) & Small Chemical Businesses (SCHB) are pleased to announce a special issue "Gateway to Novel Energy Conversion Technology In Honor of Dr. E. G. (Gerry) Meyer", to recognize high-quality energy, fuel-related, and catalysis research. This special issue follows the symposium "In Honor of Gerry Meyer: the first 100 years" at the August 2019 ACS National Meeting in San Diego. More than 30 manuscripts are included in this special issue.

    Other authors
    See publication
  • The effect of doping on global lattice properties of magnetite Fe3-xMexO4 (Me = Zn, Ti and Al)

    Journal of Solid State Chemistry 192 (2012) 120–126

    X-ray powder diffraction was measured in Fe3-xMexO4 (Me = Zn, Ti, Al; x < 0.065), in temperature range 70–300 K to see the effect of different doping on global lattice properties. The experimental results have shown that some lattice properties (e.g., the cell volume) are dopand specific. This can be attributed to the difference in preferential sites occupation by dopants. As confirmed by EXAFS, Zn enters tetrahedral, while Ti octahedral lattice sites, differently affecting crucial…

    X-ray powder diffraction was measured in Fe3-xMexO4 (Me = Zn, Ti, Al; x < 0.065), in temperature range 70–300 K to see the effect of different doping on global lattice properties. The experimental results have shown that some lattice properties (e.g., the cell volume) are dopand specific. This can be attributed to the difference in preferential sites occupation by dopants. As confirmed by EXAFS, Zn enters tetrahedral, while Ti octahedral lattice sites, differently affecting crucial octahedral iron positions in the spinel lattice. However, despite this fact, it was found that T dependence of both monoclinic angle and lattice parameters is universal for studied samples above and below the Verwey transition temperature TV. So, not the iron atoms in octahedral positions individually, but interactions between them are responsible for the Verwey transition character change with doping.

    Other authors
    • Z. Kakol
    • D. Owoc
    • J. Przewoz´nik
    • M. Sikora
    • C. Kapusta
    • D. Zaja˛c
    • A. Kozlowski
    • J.M. Honig
    See publication
  • Magnetic AC susceptibility of stoichiometric and low zinc doped magnetite single crystals

    European Physical Journal: Solid and Condensed State Physics 43B, 201 (2005)

    Systematic studies of AC susceptibility in a stoichiometric magnetite single crystal, in a series of low zinc doped magnetite (xZn < 0.04) and in nonstoichiometric magnetite samples (both single crystals and pellets) in the temperature range 4–300 K are presented. Measurements were performed in several AC fields ( HAC=0.2−20 HAC=0.2−20 Oe) and at different frequencies (15–6000 Hz). It is suggested that the signal is primarily due to magnetic domain wall movement, strongly influenced by…

    Systematic studies of AC susceptibility in a stoichiometric magnetite single crystal, in a series of low zinc doped magnetite (xZn < 0.04) and in nonstoichiometric magnetite samples (both single crystals and pellets) in the temperature range 4–300 K are presented. Measurements were performed in several AC fields ( HAC=0.2−20 HAC=0.2−20 Oe) and at different frequencies (15–6000 Hz). It is suggested that the signal is primarily due to magnetic domain wall movement, strongly influenced by structural domains (twins). Two sets of anomalies were found: the first is associated with the Verwey transition and the second involves two different effects, one at 28 K, observed only in stoichiometric magnetite, and the other at 50 K. While the temperature position of the first anomaly (28 K) does not depend on frequency, the effect at 50 K is associated with an activation process, shifting to higher temperatures with increasing frequency. This last effect may be linked to the low temperature magnetoelectric effects terminating approximately at those temperatures. Qualitatively similar results have been observed by the Magnetic After Effect technique presented in the literature, that is associated with relaxation times that are 104 higher than those characteristic of our technique.

    Other authors
    • M. Balanda, A. Wiechec, D. Kim,Z. Kąkol, A. Kozłowski, P. Niedziela, Z. Tarnawski, J.M. Honig
    See publication
  • Magnetic AC susceptibility of stoichiometric and low zinc doped magnetite single crystals.

    Physics of Condensed Matter 12/2004; 43(2):201-212.

    Co-authors M. Balanda, A. Wiechec, D. Kim, Z. Kąkol, A. Kozlowski, P. Niedziela, J. Sabol, Z. Tarnawski, J. M. Honig.

    See publication
  • Powder neutron diffraction studies of Zn-doped magnetite

    Journal of Physics: Condensed Matter, 11, 2749 (1999).

    Other authors
    See publication
  • Influence of titanium doping on the magnetocrystalline anisotropy of magnetite.

    Physical Review B49(18), 12767-12772 (06/1994).

    Co-authors Z. Kąkol, J. Sabol, J. Stickler, A. Kozlowski, and J. M. Honig.
    DOI:10.1103/PhysRevB.49.12767

    See publication
  • Cation Distribution in Fe3(1−δ)O4 and Fe3−xMxO4, M = Ti, Zn, Al.

    Acta Physica Polonica A85, 223 (1994).

    Co-authors Z. Kąkol, A. Kozlowski, J. Sabol, P. Metcalf, and J. M. Honig.

    See publication

Projects

Honors & Awards

  • Fellow of the American Chemical Society

    American Chemical Society

    In recognition of excellence in the chemical sciences, selected as Fellow of the American Chemical Society, August 20, 2018.

  • Phi Lambda Upsilon (chemical honor society)

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    Elected member

Organizations

  • Materials Research Society

    Member

    - Present
  • American Physical Society

    Member

    - Present
  • American Association for the Advancement of Science

    Member

    - Present
  • Sigma Xi Research Honor Society

    Life Member

    - Present
  • American Chemical Society

    Member

    - Present

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