Rights:
Creative Commons Attribution 4.0 International
(CC BY)
Cite as:
Kraus, B. Frances, Kriz, Ester, McPoyle, Shawn, Atay, Kemal, Malko, Sophia, Hill, Kenneth, Gao, Lan, Efthimion, Philip, Hollinger, Reed, Wang, Shoujun, King, James, Zahedpour-Anaraki, Sina, & Rocca, Jorge. (2024). Data for "In-Situ Relative Calibration of Bragg Crystals with Monte Carlo Line Ratio Analysis" [Data set]. Princeton Plasma Physics Laboratory, Princeton University. https://doi.org/10.34770/ampr-bt38
@electronic{kraus_b_frances_2024, author = {Kraus, B. Frances and Kriz, Ester and McPoyle, Shawn and Atay, Kemal and Malko, Sophia and Hill, Kenneth and Gao, Lan and Efthimion, Philip and Hollinger, Reed and Wang, Shoujun and King, James and Zahedpour-Anaraki, Sina and Rocca, Jorge}, title = {{Data for "In-Situ Relative Calibration o f Bragg Crystals with Monte Carlo Line R atio Analysis"}}, publisher = {{Princeton Plasma Physics Laboratory, Pri nceton University}}, year = 2024, url = {https://doi.org/10.34770/ampr-bt38} }
Description:
Numerical data used to produce the plots in the paper, "In-Situ Relative Calibration of Bragg Crystals with Monte Carlo Line Ratio Analysis." Plots reflect x-ray spectra that were gathered from two spectrometers that were cross-calibrated.
United States Department of Energy, DE-AC02-09CH11466 United States Department of Energy, DE-SC0021246 United States Department of Energy, DE-SC-0022129 United States Department of Defense, N00014201284