Physics & Astronomy
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Wesley Walter
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Publications
30. Kim Moore*, D.A. Zawistowski*, M.D. Gasda*, N.D. Gibson, and C.W. Walter, 2000. Photodetachment Spectroscopy in an Electric Field. Poster Session, Ohio Section of the American Physical Society Fall Meeting.
Mike Gasda*, N.D. Gibson, and C.W. Walter,, 1999. Photodetachment from Negative Ions. Poster Session, Ohio Section of the American Physical Society Fall Meeting .
C.W. Walter, Negative Ions: Elusive Efficacious Effluvias, 1998. Negative Ions: Elusive Efficacious Effluvias. Denison Scientific Association Lecture Series, Denison University .
C.W. Walter and P.C. Cosby, , 1998. Rovibrational Dependence of Quantum Yields in Molecular Nitrogen. APS-DAMOP Annual Meeting.
C.W. Walter, M.E. Onishi*, and R.A. Copeland, 1998. Aurora in a Bottle. Contributed Talk, Joint APS/AAPT April Meeting.
P.C. Cosby and C.W. Walter, 1997. Photoexcitation and Predissociation Intensities of N2 Singlet States. Poster Session, APS-DAMOP Annual Meeting.
N.D. Gibson, M.D. Gasda*, K. A. Moore*, D.A. Zawistowski*, and C.W. Walter, 2001. s-wave Photodetachment from S- ions in a static electric field. in preparation.
C. W. Walter, P.C. Cosby, and H. Helm, Photoexcitation and Predissociation Intensities of the o 1Pu (v = 3 and 4) and b' 1S+u (v = 9, 11, 14, 16, 17, and 18) States of N2. to be submitted to the Journal of Chemical Physics.
C. W. Walter, P.C. Cosby, and H. Helm,, 2000. Photoexcitation and Predissociation Intensities of the c' 1 S +u (v = 3 and 4), c 1Pu (v = 3 and 4), and b' 1S+u (v = 10, 12, 13, and 15) States of N2. Journal of Chemical Physics 112, 4621-4633.
H. Helm, I. Hazell, C.W. Walter, and P.C. Cosby, 1996. On the branching in dissociative recombination of O2+. Proceedings of the 1995 Workshop on Dissociative Recombination, ed. D. Zajfman. p. 139-150
C.W. Walter, P.C. Cosby, and H. Helm, 2000. Photoexcitation and Predissociation Intensities of the c' 1 S +u (v = 3 and 4), c 1Pu (v = 3 and 4), and b' 1S+u (v = 10, 12, 13, and 15) States of N2. Journal of Chemical Physics. no. 112
H. Helm, I. Hazell, C.W. Walter, and P.C. Cosby, 1996. On the branching in dissociative recombination of O2+. Proceedings of the 1995 Workshop on Dissociative Recombination, ed. D. Zajfman. no. 139-
C.W. Walter, P.C. Cosby, and H. Helm, 1994. Predissociation quantum yields of singlet nitrogen. Phys. Rev. no. 2930
C.W. Walter, J.A. Seifert*, and J.R. Peterson,, 1994. Reexamination of the He- 1s2p2 4Pe shape resonance: Details of its properties and a precise electron affinity for He 23S. Phys. Rev. p. 2257-2262
C. W. Walter, P.C. Cosby, and H. Helm, 1993. N(4S0), N(2D0), and N(2P0) yields in predissociation of excited singlet states of N2. J. Chem. Phys.. no. 99 p. 3553-3561
H. Helm and C.W. Walter, 1993. Observation of electronically excited states of tetraoxygen. J. Chem. Phys. no. 98 p. 5444-5449
C.W. Walter, P.C. Cosby, and J.R. Peterson,, 1993. Rovibrational product distributions of O2+ from the reaction of O+ (4S) with CO2. J. Chem. Phys.. no. 98 p. 2860-2871
C.W. Walter and J.R. Peterson, 1992. A shape resonance in Ca- photodetachment and the electron affinity of Ca(1S). Phys. Rev. Lett.. no. 68 p. 2281-2284
C.W. Walter, C.F. Hertzler, P. Devynck, G.P. Smith, J.R. Peterson, 1991. Photodetachment of WO3- : The electron affinity of WO3. J. Chem. Phys. no. 95 p. 824-827
C.W. Walter, C.F. Hertzler, P. Devynck, G.P. Smith, J.R. Peterson, 1991. Photodetachment of high electron affinity molecular negative ions. Nuc. Instr. Meth. B. no. 56/5 p. 216-218
A. Kalamarides, R.W. Marawar, X. Ling, C.W. Walter, B.G. Lindsay, K.A. Smith, F.B. Dunning, 1990. Negative ion production in collisions between K(nd) Rydberg atoms and CF3Br and CF2Br2. J. Chem. Phys.. no. 92 p. 1672-1676
C.W. Walter, B.G. Lindsay, K.A. Smith, F.B. Dunning, 1989. Translational energy release in dissociative electron attachment to CH3I, CD3I, CF3I, and CF3Br. Chem. Phys. Lett. no. 154 p. 409
C.W. Walter, K.A. Smith, F.B. Dunning, 1989. Translational kinetic energy release in dissociative electron attachment to C2Cl4, CCl4, CFCl3, and 111-C2Cl3F3. J. Chem. Phys.. no. 90 p. 1652
A. Kalamarides, C.W. Walter, K.A. Smith, F.B. Dunning, 1988. Negative ion formation in K(nd)-CS2 collisions: Detection of electric-field-induced detachment from CS2-. J. Chem. Phys.. no. 89 p. 7226
R.W. Marawar, C.W. Walter, K.A. Smith, F.B. Dunning, 1988. Study of low-energy electron attachment to C6F6 using K(nd) Rydberg atoms. J. Chem. Phys.. no. 88 p. 2853
R.W. Marawar, C.W. Walter, K.A. Smith, F.B. Dunning, 1988. Use of K(nd) Rydberg atoms to investigate low-energy electron attachment to C2Cl4,. J. Chem. Phys. no. 88 p. 176
A. Kalamarides, C.W. Walter, B.G. Zollars, K.A. Smith, F.B. Dunning, 1987. Associative ionization in collisions of K(nd) Rydberg atoms with molecules. J. Chem. Phys. no. 87 p. 4238
C.W. Walter, C.B. Johnson, A. Kalamarides, D.F. Gray, K.A. Smith, F.B. Dunning, 1987. Study of low-energy electron attachment to C7F14 using K(nd) Rydberg atoms. J. Phys. Chem.. no. 91 p. 4284
C.B. Johnson, C.W. Walter, A. Kalamarides, K.A. Smith, F.B. Dunning, 1987. Study of low-energy electron attachment to 111-C2Cl3F3 using K(nd) Rydberg atoms. J. Chem. Phys.. no. 86 p. 3132
B.G. Zollars, C.W. Walter, F. Lu, C.B. Johnson, K.A. Smith, F.B. Dunning, 1986. onization in K(nd)--SF6 and K(nd)--CCl4 collisions at intermediate n. J. Chem. Phys.. no. 84 p. 5589
B.G. Zollars, C. Higgs, F. Lu, C.W. Walter, L.G. Gray, K.A. Smith, F.B. Dunning, 1985. Ionization in Rydberg-atom--SF6 collisions at high n. Phys. Rev.. no. 32 p. 3330
C.W. Walter, G.B. McMillian, K.A. Smith, F.B. Dunning, 1985. Computer-assisted high-voltage waveform measurement. Rev. Sci. Instrum. no. 56 p. 2171
I have been at Denison since 1996, following teaching experience at Saint Mary’s College of California and a research postdoc at SRI International. I enjoy teaching a broad range of courses including introductory physics, introductory astronomy, modern physics, electromagnetic theory, and electronics lab. In addition, I have developed and taught several courses specifically for non-science majors, including "Energy and the Environment" (Physics 100) and "Coming of Age in the Milky Way: Aristotle to Galileo to Einstein" (Honors 135 and FYS 102). I am an active member of AAPT, the Council on Undergraduate Research, and Project Kaleidoscope -- F21.