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Dr. William D. Deering, Professor | |||
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| Department of Physics P.O. Box 311427 Denton, Texas 76203-1427 |
(940) 565-4738 General Academic Building, Room 525 H deering@unt.edu |
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| Education: |
Ph.D., New Mexico State, 1964.
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| Research: | Dr. Deering's research uses methods from nonlinear dynamical systems theory to describe the electronic and optical properties of artificially structured materials. He also investigates the scattering from fractal objects. (Member CNS) | |||
| Publications: | ||||
| 1. |
"Correlation
Between Kinetic and Potential Energies in an Ionized Gas", O.
Theimer and W. D. Deering, Physical
Review 134, Sec.A, 287‑295 (1964). |
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| 2. |
"Excitation
of Plasma Resonances by a Small Pulsed Dipole", W. D. Deering and
J. A. Fejer, Physics of Fluids
8, No.11, 2066‑2079 (1965). |
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| 3. |
"Size
Effect in Electrical Conductivity of Metallic Films with Arbitrarily
Oriented Ellipsoidal Fermi Surfaces", H. J. Mackey, J. R. Sybert
and W. D. Deering, Physical Review
175 No.3, 729-734 (1968). |
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| 4. |
"Size
Effect in Electrical Conductivity of Cylindrical Wires", H. J.
Mackey, W. D. Deering and J. R. Sybert, Physical
Review 176
856 (1968). |
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| 5. | "Oscillatory Component of the Magnetoconductivity Tensor for Nondegenerate Semiconductor Thin Films", H. J. Mackey, W. D. Deering and L. M. Rater, Physical Review B 11 No.6, 2297 (1975). | |||
| 6. | "The Role of Defects in the Quantum Size Effect", F. D. Malone and W. D. Deering, Thin Solid Films, 27, No. 1, 177‑184 (1978). | |||
| 7. |
"Size
Effect on the Galvanomagnetic Properties of a Semiconductor", V.
Devon Smith and W. D.
Deering, Journal
of
Applied Phys. 53 (1)
(Jan. 1982).
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| 8. |
"Wentzel-Kramers-Brillouin
Energies for a Quantum Well in Internal and External Fields",
A. B. Wallace and W. D. Deering, Journal
of Applied Physics, 65 (8)
(15 April 1989). |
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| 9. |
"A
Model of Turbulent Mixing in the A+B -> 0 Reaction” William D.
Deering and B.J. West, Journal of
Statistical
Physics 65
5/6 1247-1260 (1991). |
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| 10. |
"Expulsion
of Carriers from the Double-Barrier Quantum Well and Investigation of
its Spectral Consequences” W. T. Chyla and W. D. Deering, Applied
Physics A, 54 2501
(1992). |
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| 11. |
"Fractal
Physiology” William Deering and Bruce J. West, IEEE
Eng. in Med and Biology 11
No. 2, 4 |
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| 12. |
"Directional
Couplers with Linear and Nonlinear Elements", W. D. Deering, M. I.
Molina and G. Tsironis, Applied
Physics Letters 62
(20), (17 May 1993). |
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| 13. |
"Optical
Switching in three-Coupler Geometries", M. I. Molina, W. D. Deering,
G. P. Tsironis, Physica D.
66 135-142 (1993). |
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| 14. |
"Applications
of Self-Trapping in Optically Coupled Devices", G. Tsironis, W. D.
Deering and M. I. Molina. Physica
D. 68, 135-137
(1993). |
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| 15. |
"Electrostatic
Correction to the Square Potential Model of Nanostructures Significantly
Affects Current Resonances", W. T. Chyla and W. D. Deering. Applied Physics A 58,
91-98 (1994).
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| 16. |
"Fractal
Physiology for Physicists: Levy Statistics", Bruce J. West and W.
D. Deering, Physics Reports 246
(1994).
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| 17. |
"Electric
Field Induced Changes in the Transmission Spectrum of a Superlattice",
Ning G. Sun, Daiqing Yuan and W. D. Deering.
Physical Review B 51 (1995). |
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| 18. |
"Power
Switching in Hybrid Coherent Couplers", W. D. Deering and M. I.
Molina, IEEE Jour. of Quantum
Electronics”, 33
No. 3, pp. 336-340 March 1997. |
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| 19. |
"Controlling
All-Optical Switching in Multicore Nonlinear Couplers", F.M.
Castro, M. I. Molina and W. D. Deering. Optics Communications,
vol. 226, pp. 199--204 (2003). |
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| 20. |
"Microwave
absorption by an array of carbon nanotubes: A phenomenological model."
Z. Ye, W.D. Deering, A. Krokhin and J.A. Roberts. Physical
Review B 74, 075425 (2006). |
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| Book | ||||
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The
Lure of Modern Science: Fractal Thinking,
Bruce
J. West and Bill Deering. World Scientific Publishers, Inc. 1995. |
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For more Information: You may
e-mail Dr. Deering at deering@unt.edu Last Updated 25-Feb-2008 |
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