Publications by authors named "Matt Petrowsky"

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Describing Temperature-Dependent Self-Diffusion Coefficients and Fluidity of 1- and 3-Alcohols with the Compensated Arrhenius Formalism.
Allison M Fleshman, Grant E Forsythe, Matt Petrowsky, Roger Frech

J Phys Chem B· September 2016

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Molecular model of self diffusion in polar organic liquids: implications for conductivity and fluidity in polar organic liquids and electrolytes.
Roger Frech, Matt Petrowsky

J Phys Chem B· March 2014

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Application of the compensated Arrhenius formalism to explain the dielectric constant dependence of rates for Menschutkin reactions.
Matt Petrowsky, Daniel T Glatzhofer, Roger Frech

J Phys Chem B· November 2013

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Mass and charge transport in 1-alkyl-3-methylimidazolium triflate ionic liquids.
Matt Petrowsky, Christopher M Burba, Roger Frech

J Chem Phys· November 2013

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Concentration dependence of molal conductivity and dielectric constant of 1-alcohol electrolytes using the compensated arrhenius formalism.
Allison M Fleshman, Matt Petrowsky, Roger Frech

J Phys Chem B· May 2013

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Mass and charge transport in cyclic carbonates: implications for improved lithium ion battery electrolytes.
Matt Petrowsky, Mohd Ismail, Daniel T Glatzhofer, Roger Frech

J Phys Chem B· May 2013

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Application of the compensated Arrhenius formalism to fluidity data of polar organic liquids.
Matt Petrowsky, Allison M Fleshman, Roger Frech

J Phys Chem B· March 2013

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Mass and Ion Transport in Ketones and Ketone Electrolytes: Comparison with Acetate Systems.
Dharshani N Bopege, Matt Petrowsky, Matthew B Johnson, Roger Frech

J Solution Chem· March 2013

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Molecular and system parameters governing mass and charge transport in polar liquids and electrolytes.
Matt Petrowsky, Allison Fleshman, Mohd Ismail, Daniel T Glatzhofer, Dharshani N Bopege

J Phys Chem B· August 2012

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Ion transport with charge-protected and non-charge-protected cations using the compensated Arrhenius formalism. Part 2. Relationship between ionic conductivity and diffusion.
Matt Petrowsky, Allison Fleshman, Dharshani N Bopege, Roger Frech

J Phys Chem B· August 2012

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Ion transport with charge-protected and non-charge-protected cations in alcohol-based electrolytes using the compensated Arrhenius formalism. Part I: ionic conductivity and the static dielectric constant.
Matt Petrowsky, Allison Fleshman, Roger Frech

J Phys Chem B· May 2012

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Temperature dependence of ion transport in dilute tetrabutylammonium triflate-acetate solutions and self-diffusion in pure acetate liquids.
Dharshani N Bopege, Matt Petrowsky, Allison M Fleshman, Roger Frech, Matthew B Johnson

J Phys Chem B· January 2012

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Application of the compensated Arrhenius formalism to self-diffusion: implications for ionic conductivity and dielectric relaxation.
Matt Petrowsky, Roger Frech

J Phys Chem B· July 2010

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Application of the compensated arrhenius formalism to dielectric relaxation.
Matt Petrowsky, Roger Frech

J Phys Chem B· December 2009

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Temperature dependence of ion transport: the compensated Arrhenius equation.
Matt Petrowsky, Roger Frech

J Phys Chem B· April 2009

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Concentration dependence of ionic transport in dilute organic electrolyte solutions.
Matt Petrowsky, Roger Frech

J Phys Chem B· July 2008

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Investigation of fundamental transport properties and thermodynamics in diglyme-salt solutions.
Matt Petrowsky, Roger Frech, Sophia N Suarez, J R P Jayakody, Steven Greenbaum

J Phys Chem B· November 2006

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