High Brightness X-Ray Source for Directed Energy and Holographic Imaging Applications (2004)
McPherson, Armon, Rhodes, Charles K.
Advances in x-ray imaging technology and x-ray sources are such that a new technology can be brought to commercialization enabling the three- dimensional (3- D) microvisualization of hydrated...
Laser Excitation of Inner-Shell Atomic States by Multiquantum Processes. (2002)
Rhodes,Charles K., Hawkins, R. Thomas
Multiquantum ultraviolet processes utilizing the available ultrahigh spectral brightness rare gas halogen technology can be used to generate inversion densities 10 to the 15th power/cu cm in the...
Equipment for Subpicosecond Extreme Ultraviolet Facility. (2002)
Rhodes,Charles K., Boyer,Keith, Luk,Tsing Shan
The research program underway at the University of Illinois at Chicago, whose main goal is the development of coherent x-ray sources in the kilovolt range, is described. The new femtosecond source...
INVESTIGATION OF MOLECULAR GAS LASERS. (1998)
Javan,Ali, Kovacs,Mark A., Kelly,Michael J., Rhodes,Charles K.
The diffusion coefficient for 001 state of CO2 into CO2 is measured and is shown to be twice larger than the self-diffusion coefficient of CO2. The wall deexcitation 001 state is also determined in...
Rhodes,Charles K., Pummer,Herbert, Egger,Hans
High spectral brightness rare gas halogen (RGH) sources can be used to generate coherent extreme ultraviolet radiation by either harmonic generation mechanisms or direct multiquantum excitation of...
Rhodes, Charles K., Boyer, Keith, Luk, Ting S.
A laboratory means for the generation of ultrahigh energy density states of matter, corresponding approximately to 0.1 - 1.0 W/atom at solid density, is currently under development. This enables the...
Rhodes, Charles K., Luk, Ting S., McPherson, Armon, Boyer, Keith
Atomic and molecular materials exhibit complex behavior when exposed to strong externally applied fields. This research goal is to understand the nonlinear processes governing the coupling of intense...
Experimental Studies of Electromagnetic Propagation at Ultrahigh Intensities. (1998)
Rhodes, Charles K., Boyer, Keith, McPherson, Armon, Luk, Ting Shan
The development of a unified picture of short-pulse high-intensity multiphoton processes, embracing atoms, molecules, and solids, appears possible through the study of clusters. Of particular...
Studies of Mechanisms of Short Wavelength Generation with Strong-Field Interactions. (1998)
The development of a unified picture of short-pulse high-intensity multiphoton processes, embracing, atoms, molecules, and solids, appears possible through the study of clusters. Of particular...
Studies of Dynamically Enhanced Electromagnetic Coupling in Self-Trapped Channel (1998)
Detailed molecular structural information is of enormous significance to the medical and biological communities. Since hydrated biologically active structures are small delicate complex...
Advanced Computational Physics Instrumentation (1998)
An advanced program in Computational Physics can conduct research III students in broad areas of physics and computational technology, and be responsive to needs of the Department of Defense. The...
Multikilovolt Coherent X-Ray Generation for Protein Analysis and Biological Threat Reduction (1998)
Efforts to trump bioterrorism can be sharply advanced by the development of new modalities for the rapid measurement and quantitative classification of protein structural and regulatory information....
Advanced Ultrabright X-Ray Sources for the Study of Superenergetic States of Matter (1998)
A class of ultrabright multi-kilovolt x-ray sources has been developed that can serve an array of new measurements and applications concerning the properties of all forms of condensed matter. In...
STUDIES OF TWO-PHOTON EXCITED $H_{2} (E,F^{1} \Sigma_{g}{^{+}})$ (1978)
Kligler, Daniel J., Rhodes, Charles K.
This research was supported by N.S.F Grant No. PHY77-01849. Daniel J. Kligler has been a N.S.F. Graduate Fellow, Standford University.
ENERGY ORDERING OF THE EXCITED STATES OF XeF (1978)
Kligler, Daniel J., Nakano, H. H., Huestis, D. L., Bischel, William K., Hill, R. M., Rhodes, Charles K.
This work was supported by the Department of Energy under contract No. AT(04-3)-ll5, P/A 99, and by DARPA under Contract No. DASG60-77-C-0028 through the U.S. Army BMDATC. D. Kligler has been a...