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Your search keyword '"Donovan, Benjamin D."' showing total 5 results
Start Over Author "Donovan, Benjamin D." Publisher spie-intl soc optical eng
5 results on '"Donovan, Benjamin D."'

1. Comprehensive line-spread function error budget for the off-plane grating rocket experiment (Erratum)

Author

Donovan, Benjamin D., primary, McEntaffer, Randall L., additional, Tutt, James H., additional, O’Meara, Bridget C., additional, Grisé, Fabien, additional, Zhang, William W., additional, Biskach, Michael P., additional, Saha, Timo T., additional, Holland, Andrew D., additional, Evan, Daniel, additional, Lewis, Matthew R., additional, Soman, Matthew R., additional, Holland, Karen, additional, Colebrook, David, additional, Cooper, Fraser, additional, and Farn, David, additional

Published
2021
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2. Water Recovery X-Ray Rocket grating spectrometer

Author

Miles, Drew M., primary, Hull, Samuel V., additional, Schultz, Ted B., additional, Tutt, James H., additional, Wages, Mitchell, additional, Donovan, Benjamin D., additional, McEntaffer, Randall L., additional, Falcone, Abraham D., additional, Anderson, Tyler, additional, Bray, Evan, additional, Burrows, David N., additional, Chattopadhyay, Tanmoy, additional, Eichfeld, Chad M., additional, Empson, Nathan, additional, Grisé, Fabien, additional, Hillman, Christopher R., additional, McCoy, Jake A., additional, McQuaide, Maria, additional, Myers, Bailey J., additional, Steiner, Tyler, additional, Verschuuren, Marc A., additional, Yastishock, Daniel, additional, and Zhang, Ningxiao, additional

Published
2019
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3. Line spread functions of blazed off-plane gratings operated in the Littrow mounting

Author

DeRoo, Casey T., primary, McEntaffer, Randall L., additional, Miles, Drew M., additional, Peterson, Thomas J., additional, Marlowe, Hannah, additional, Tutt, James H., additional, Donovan, Benjamin D., additional, Menz, Benedikt, additional, Burwitz, Vadim, additional, Hartner, Gisela, additional, Allured, Ryan, additional, Smith, Randall K., additional, Günther, Ramses, additional, Yanson, Alex, additional, Vacanti, Giuseppe, additional, and Ackermann, Marcelo, additional

Published
2016
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4. Performance testing of an off-plane reflection grating and silicon pore optic spectrograph at PANTER

Author

Marlowe, Hannah, primary, McEntaffer, Randall L., additional, Allured, Ryan, additional, DeRoo, Casey T., additional, Donovan, Benjamin D., additional, Miles, Drew M., additional, Tutt, James H., additional, Burwitz, Vadim, additional, Menz, Benedikt, additional, Hartner, Gisela D., additional, Smith, Randall K., additional, Cheimets, Peter, additional, Hertz, Edward, additional, Bookbinder, Jay A., additional, Günther, Ramses, additional, Yanson, Alex, additional, Vacanti, Giuseppe, additional, and Ackermann, Marcelo, additional

Published
2015
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5. Comprehensive line-spread function error budget for the Off-plane Grating Rocket Experiment

Author

Donovan, Benjamin D., McEntaffer, Randall L., Tutt, James H., O’Meara, Bridget C., Grisé, Fabien, Zhang, William W., Biskach, Michael P., Saha, Timo T., Holland, Andrew D., Evan, Daniel, Lewis, Matthew R., Soman, Matthew R., Holland, Karen, Colebrook, David, Cooper, Fraser, Farn, David, Donovan, Benjamin D., McEntaffer, Randall L., Tutt, James H., O’Meara, Bridget C., Grisé, Fabien, Zhang, William W., Biskach, Michael P., Saha, Timo T., Holland, Andrew D., Evan, Daniel, Lewis, Matthew R., Soman, Matthew R., Holland, Karen, Colebrook, David, Cooper, Fraser, and Farn, David

Abstract

The Off-plane Grating Rocket Experiment (OGRE) is a soft x-ray grating spectrometer to be flown on a suborbital rocket. The payload is designed to obtain the highest-resolution soft x-ray spectrum of Capella to date with a resolution goal of R ( λ / Δλ ) > 2000 at select wavelengths in its 10 to 55 Å bandpass of interest. The optical design of the spectrometer realizes a theoretical maximum resolution of R ≈ 5000, but this performance does not consider the finite performance of the individual spectrometer components, misalignments between components, and in-flight pointing errors. These errors all degrade the performance of the spectrometer from its theoretical maximum. A comprehensive line-spread function (LSF) error budget has been constructed for the OGRE spectrometer to identify contributions to the LSF, to determine how each of these affects the LSF, and to inform performance requirements and alignment tolerances for the spectrometer. In this document, the comprehensive LSF error budget for the OGRE spectrometer is presented, the resulting errors are validated via raytrace simulations, the implications of these results are discussed, and future work is identified.

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