Publications and Invited Lectures

  • “Effects of Laser Lineshape on Optical Determination of Equilibrium Constants Using CRDS”, Gordon Research Conference on Atmospheric Chemistry, September 4-9, 2005, Big Sky, Montana
  • “Fundamentals of Quantum Chemistry by James House (2nd edition)” Book Review for J. Chem. Ed.,82 (2005) 1002.
  • “CRDS Approach to Gas Phase Equilibrium Constants: The Case of N2O4 <–> 2NO2 at 283 K.” (Tuchler, M; Schmidt, K.L.; Morgan, M.M.; Chem. Physl Lett. 401(2005) 393-398)
  • “Using Radial Probability Distributions and Effective Charge Fields to Understand Fourth Row Configuration and Ionization Behavior: The Case of Sc”, (in process).
  • “Quantum Mechanics: A Conceptual Approach by Hendrick Hameka” Book Review for J. Chem Ed., 81 (2004).
  • “Using Cavity Ringdown Spectroscopy to Measure Equilibrium Constants: The Case of NO2<–>N2O4 at 283 K.”, Sci. Mix Session, American Chemical Society Meeting, Anaheim, CA. 03/04.
  • “A CRAS Approach to Equilibrium Constants: The Case of NO2 and N2O4“, Gordon Research Conference on Atmospheric Chemistry, September, 2003, Big Sky, Montana
  • “A CRAS Approach to Equilibrium”, presented to the Department of Chemistry, The College of the Holy Cross, 12/18/02.
  • “Reaction Dynamics of Small Molecules: The Devil is in the Details”, presented to the Department of Chemistry, Virginia Polytechnic Institute, 03/10/00.
  • “Photoinitiated H2CO Unimolecular Decomposition: Accessing H+HCO products via S0 and T1 Pathways”, L.R. Valachovic, M.F. Tuchler, M Dulligan, Th. Droz-Georget, M. Zyrianov, A Kolessov, C. Wittig, J. Chem Phys., 112(6), 2752 (2000).
  • “HCO Rotational Excitation in the Photoinitiated Unimolecular Decomposition of H2CO”, M. J. Dulligan, M. F. Tuchler, J. S. Zhang, A. Kolessov, C. Wittig, Chem. Phys. Lett. 276, 84 (1997).
  • “Real-Time Study of Bimolecular Interactions – Direct Detection of Internal Conversion Involving Br(2P1/2) + I2(v=0) –> Br(2P3/2) + I2(v>0),” M. F. Tuchler, S.A. Wright, J. D. McDonald, J. Chem. Phys. 106, 2634 (1997).
  • “Picosecond Observation of Electronic Quenching: Br(2P1/2) + I2(v=0) –> Br(2P3/2) + I2(v>0) by Geometrically Restricted Reaction,” S. A. Wright, M. F. Tuchler, J. D. McDonald; Chem. Phys. Lett. 226, 570 (1994).