*-graduate student coauthor
**-undergraduate student coauthor
·
“Matrix
Isolation and Density Functional Theory Study of Bis(trifluoromethyl)dioxodiazine:
A Photodimer of Trifluoronitrosomethane.”
Brendan C. Haynie**, Megan J. Morgan*, and Christopher
A. Baumann,
Journal of Physical Chemistry A 2005, 109, 5307-5315.
· “Spectra and Photochemistry
of Trifluoronitromethane Adsorbed on Alkali Halide
Films.”
Mariaelena Galie**, Janine
M. Rusnock*, Michael E. Yevich**,
and Christopher A. Baumann,
Journal of Physical Chemistry B 1997, 101, 8304-8314.
·
“Spectra and Photochemistry of Trifluoronitrosomethane
Adsorbed on Alkali Halide Films.”
Leanna C. Giancarlo**, Brendan C. Haynie**,
Kevin M. Miller**, James M. Reynolds**, Janine M. Rusnock*,
and Christopher A. Baumann,
Journal of Physical Chemistry 1996 100, 15539-15550.
·
“Infrared Spectroscopy and Thermodynamic Measurements of CO
on NaCl Films.”
Hugh H. Richardson, Jr., Christopher Baumann, and George E. Ewing,
Surface Science 1987 185, 15-35.
·
“ESR of Chromium Metal Atoms and Molecules in
Matrices.”
R.J.
Journal of Chemical Physics 1985 82, 3912-3920.
·
“HCr, LiCr,
and NaCr Molecules: ESR and Ground State
Properties.”
R.J.
Chemical Physics Letters 1985 113, 524-529.
·
“ESR of Bimetallic Transition Metal Molecules. II: MnAg, CrZn, and Diatomics
Attempted But Not Observed.”
Journal of Physical Chemistry 1984 88, 1815-1820.
·
“ESR of Bimetallic Transition Metal Molecules at 4 K. I: CrCu, CrAg, and CrAu.”
C.A. Baumann, R.J. Van Zee, and W. Weltner, Jr.,
Journal of Chemical Physics 1983 79, 5272-5279.
·
“ESR of Mn2 and Mn5 Molecules in Rare
Gas Matrices.”
C.A. Baumann, R.J. Van Zee, S.V. Bhat, and W. Weltner, Jr.,
Journal of Chemical Physics 1983 78, 190-199.
·
“High Spin Molecules: Electron Spin Resonance of Manganese
Halides and Sulfide at 4K.”
Journal of Physical Chemistry 1982 86, 5084-5093.
·
“ESR of the High-Spin (S=25/2) Mn5
Molecule.”
C.A. Baumann, R.J. Van Zee, S.V. Bhat, and W. Weltner, Jr.,
Journal of Chemical Physics 1982 76, 5636-5637.
·
“ESR of GdF3 and Related Molecules at 4
K.”
C.A. Baumann, R.J.Van Zee, K. Zeringue,
and W. Weltner, Jr.,
Journal of Chemical Physics 1981 75 5291-5296.
· “The Antiferromagnetic
Mn2 Molecule.”
R.J. Van Zee, C.A. Baumann, and W. Weltner, Jr.,
Journal of Chemical Physics 1981 74, 6977-6978.