C. S. Rogers

发表

Cryogenic cooling program in high heat load optics at the Advanced Photon Source

C. S. Rogers, 1993, Optics & Photonics.

High-heat-flux x-ray monochromators: what are the limits?

C. S. Rogers, 1997, Optics & Photonics.

Thermal, structural, and diffraction analysis of a gallium-cooled x-ray monochromator

Albert T. Macrander, Dennis M. Mills, C. S. Rogers, 1993, Optics & Photonics.

Performance of a liquid‐nitrogen‐cooled, thin silicon crystal monochromator on a high‐power, focused wiggler synchrotron beam

Andreas K. Freund, Dennis M. Mills, Michael Wulff, 1995 .

High performance microchannel heat exchanger for cooling high heat load x-ray optical elements

D. M. Mills, C. S. Rogers, U. S. Choi, 1992 .

High heat load monochromator development at the Advanced Photon Source

Lahsen Assoufid, Dennis M. Mills, Robert K. Smither, 1995 .

Performance of a gallium-cooled 85° inclined silicon monochromator for a high power density X-ray beam

Albert T. Macrander, Dennis M. Mills, Robert K. Smither, 1992 .

High heat load performance of an inclined-crystal monochromator with liquid gallium cooling on the CHESS-ANL undulator

Ali M. Khounsary, Albert T. Macrander, Dennis M. Mills, 1992 .

TEST OF A HIGH-HEAT-LOAD DOUBLE-CRYSTAL DIAMOND MONOCHROMATOR AT THE ADVANCED PHOTON SOURCE

Lahsen Assoufid, Dennis M. Mills, C. S. Rogers, 1997 .

Solution to the high heat loads from undulators at third generation synchrotron sources: Cryogenic thin‐crystal monochromators

C. S. Rogers, M. Beno, G. Knapp, 1994 .

The cryogenic cooling program at the Advanced Photon Source

C. S. Rogers, L. Assoufid, D. Mills, 1994 .

Thermal stress analysis and diffraction simulation of a standard and inclined gallium-cooled high-heat-load X-ray monochromator

C. S. Rogers, A. Macrander, 1993 .