%% Journal article @article{GECAM, author = "Shaolin Xiong", title = "{GECAM} gamma-ray all-sky monitor", journal = "SCIENTIA SINICA Physica, Mechanica \& Astronomica", volume = "50", number = "12", page = "129501", year = "2020" } @article{XMM, author = {{Jansen, F.} and {Lumb, D.} and {Altieri, B.} and {Clavel, J.} and {Ehle, M.} and {Erd, C.} and {Gabriel, C.} and {Guainazzi, M.} and {Gondoin, P.} and {Much, R.} and {Munoz, R.} and {Santos, M.} and {Schartel, N.} and {Texier, D.} and {Vacanti, G.}}, title = {{XMM-Newton observatory - I. The spacecraft and operations}}, DOI= "10.1051/0004-6361:20000036", url= "https://doi.org/10.1051/0004-6361:20000036", journal = {A\&A}, year = 2001, volume = 365, number = 1, pages = "L1-L6", } @article{eROSITA, author = {Predehl,Peter and Böhringer,Hans and Brunner,Hermann and Brusa,Marcella and Burwitz,Vadim and Cappelluti,Nico and Churazov,Evgeniy and Dennerl,Konrad and Freyberg,Michael and Friedrich,Peter and Hasinger,Günther and Kendziorra,Eckhard and Kreykenbohm,Ingo and Schmid,Christian and Wilms,Jörn and Lamer,Georg and Meidinger,Norbert and Mühlegger,Martin and Pavlinsky,Mikhail and Robrade,Jan and Santangelo,Andrea and Schmitt,Jürgen and Schwope,Axel and Steinmetz,Matthias and Strüder,Lothar and Sunyaev,Rashid and Tenzer,Chris }, title = {eROSITA on SRG}, journal = {AIP Conference Proceedings}, volume = {1248}, number = {1}, pages = {543-548}, year = {2010}, doi = {10.1063/1.3475336}, URL = { https://aip.scitation.org/doi/abs/10.1063/1.3475336 }, eprint = { https://aip.scitation.org/doi/pdf/10.1063/1.3475336 } } @article{Chandra, author = {Martin C. Weisskopf and Harvey D. Tananbaum and Leon P. Van Speybroeck and Stephen L. O'Dell}, title = {{Chandra X-ray Observatory (CXO): overview}}, volume = {4012}, booktitle = {X-Ray Optics, Instruments, and Missions III}, editor = {Joachim E. Truemper and Bernd Aschenbach}, organization = {International Society for Optics and Photonics}, publisher = {SPIE}, pages = {2 -- 16}, year = {2000}, doi = {10.1117/12.391545}, URL = {https://doi.org/10.1117/12.391545} } @article{2007HXMT, title={{HXMT}: A {C}hinese high-energy astrophysics mission}, author={ Li, T. P. }, journal={Nuclear Physics B - Proceedings Supplements}, volume={166}, pages={131-139}, year={2007}, } @article{2020HXMT, title={Overview to the {H}ard {X}-ray {M}odulation {T}elescope (\textit{{I}nsight}-{HXMT}) {S}atellite}, author={ Zhang, S. N. and Li, T. P. and Lu, F. J. and Song, L. M. and Zhuang, R. L. }, journal={Science China: Physics, Mechanics and Astronomy}, volume={63}, number={4}, year={2020}, } @article{2019eXTP, title={The enhanced {X}-ray {T}iming and {P}olarimetry mission—e{XTP}}, author={ Zhang, S. N. and Hernanz, M. and Santangelo, A. and Feroci, M. and Xu, Y. P. and Lu, F. J. and Chen, Y. and Feng, H. and Zhang, S. and Sφren Brandt}, journal={SCIENTIA SINICA Physica, Mechanica \& Astronomica}, volume={62}, number={2}, pages={25}, year={2019}, } @inproceedings{2018EP, title={Einstein {P}robe: a lobster-eye telescope for monitoring the x-ray sky}, author={ Yuan, W. and Chen, Z. and Ling, Z. and Zhao, D. and Wei, C. }, booktitle={Space Telescopes and Instrumentation 2018: Ultraviolet to Gamma Ray}, year={2018}, } @article{gammaray, author = {C. Chen and S. Xiao and S.L. Xiong and N. Yu and X. Y. Wen and K. Gong and X. Q. Li and C. Y. Li and D. J. Hou and X. T. Yang and Z. J. Zhao and Y. X. Zhu and D. L. Zhang and Z. H. An and X. Y. Zhao and Y. P. Xu and Y. S. Wang}, journal = {Exp. Astron.}, pages = {45-58}, title = {Design and test of a portable {G}amma-{R}ay {B}urst simulator fo {GECAM}}, volume = {52}, year = {2021} } @article{RSP, doi = {10.1088/1748-0221/16/05/p05016}, url = {https://doi.org/10.1088/1748-0221/16/05/p05016}, year = 2021, month = {may}, publisher = {{IOP} Publishing}, volume = {16}, number = {05}, pages = {P05016}, author = {Y.X. Zhu and J.B. Lu and X.B. Li and X.Y. Liu and W.W. Cui and D.W. Han and J. Wang and Y.S. Wang and X.F. Zhao and S. Zhang and G.F. Wang and Y.P. Chen and N. Yu and Y. Chen}, title = {Calibration of the energy response matrix for X-ray detector {CCD}236}, journal = {Journal of Instrumentation}, abstract = {CCD236 is a new generation swept charge device (SCD) developed by e2v. It is designed for the Low Energy Telescope (LE) onboard the Hard X-ray Modulation Telescope (HXMT). The spectrum of the detector is a convolution result of the incident spectrum and the energy response of the detector. One can obtain accurate quantities of incident spectrum by fitting the model spectrum with the energy response. According to the two-dimensional interpolation method, an energy response matrix of CCD236 is generated using the calibration data obtained by the low X-ray calibration facility located at Institute of High Energy Physics. The accuracy of interpolation is better than 0.2 eV, and the full width at half maximum (FWHM) variation trend with energy of the RSP agrees well with that of the calibration data. After that, a double-gaussian model of Fe-55 source was convoluted with the energy response matrix. The result shows that the fitting residual is controlled within 3σ after considering a systematic error of 0.1%. The deviation of full-energy peak is less than 10 eV. The RSP can well characterize the response of CCD236 detector in the observable energy region.} } @article{PNDetectorCXC, title = {A new pnCCD-based color X-ray camera for fast spatial and energy-resolved measurements}, journal = {Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment}, volume = {654}, number = {1}, pages = {250-257}, year = {2011}, issn = {0168-9002}, doi = {https://doi.org/10.1016/j.nima.2011.05.080}, url = {https://www.sciencedirect.com/science/article/pii/S0168900211011715}, author = {I. Ordavo and S. Ihle and V. Arkadiev and O. Scharf and H. Soltau and A. Bjeoumikhov and S. Bjeoumikhova and G. Buzanich and R. Gubzhokov and A. Günther and R. Hartmann and P. Holl and N. Kimmel and M. Kühbacher and M. Lang and N. Langhoff and A. Liebel and M. Radtke and U. Reinholz and H. Riesemeier and G. Schaller and F. Schopper and L. Strüder and C. Thamm and R. Wedell}, keywords = {X-ray CCD camera, pnCCD, Fast X-ray imaging, XRF, Full-field X-ray fluorescence, Elemental analysis, High quantum efficiency, High energy resolution, Polycapillary optics}, abstract = {We present a new high resolution X-ray imager based on a pnCCD detector and a polycapillary optics. The properties of the pnCCD like high quantum efficiency, high energy resolution and radiation hardness are maintained, while color corrected polycapillary lenses are used to direct the fluorescence photons from every spot on a sample to a corresponding pixel on the detector. The camera is sensitive to photons from 3 to 40keV with still 30% quantum efficiency at 20keV. The pnCCD is operated in split frame mode allowing a high frame rate of 400Hz with an energy resolution of 152eV for Mn Kα (5.9keV) at 450kcps. In single-photon counting mode (SPC), the time, energy and position of every fluorescence photon is recorded for every frame. A dedicated software enables the visualization of the elements distribution in real time without the need of post-processing the data. A description of the key components including detector, X-ray optics and camera is given. First experiments show the capability of the camera to perform fast full-field X-Ray Fluorescence (FF-XRF) for element analysis. The imaging performance with a magnifying optics (3×) has also been successfully tested.} } @article{cmos, title={{Performance of a focal plane detector for soft {X}-ray imaging spectroscopy based on back-illuminated sCMOS}}, author={Chen, Can and Wang, Yusa and Xu, Yupeng and Zhao, Zijian and Qiu, Hongyun and Hou, Dongjie and Yang, Xiongtao and Ma, Jia and Chen, Yong and Zhao, Yang and Liu, Hua and Zhao, Xiaofan and Zhu, Yuxuan.}, journal={Nuclear Inst. and Methods in Physics Research, A}, volume={1030}, pages={16646501-16646508}, year={2022}, } @article{contamination, title={{Effects of contamination upon the performance of x-ray telescopes}}, author={O'Dell, S. L and Elsner, R. F and Oosterbroek, T}, journal={Proceedings of SPIE - The International Society for Optical Engineering}, volume={7732}, pages={77322V01-77322V16}, year={2010}, } @article{FXT-Zhao, title={{X-ray optical Experiments and Simulation of Wolter-I Focusing Mirror}}, author={Zhao, Zijian and Wang, Yusa and Zhang, Liuyang and Chen, Can and Ma, Jia}, journal={Optics and Precision Engineering}, volume={27}, number={11}, pages={2331-2336}, year={2019}, } @article{panter1979, title={{X-ray test facilities at Max-Planck-Institut Garching}}, author={Bernd, Aschenbach. and Heinrich, Brauninger. and Karl-Heinz, Stephan. and Joachim, Trumper.}, journal={SPIE}, volume={184}, pages={234-238}, year={1979}, } @article{XRCF, title={{Improved Cryogenic Testing Capability at Marshall Space Flight Center's X-ray Cryogenic Facility}}, author={Jeff, Kegley. and Mark, Baker. and Jay, Carpenter. and Ron, Eng. and Harlan, Haight. and William, Houge. and Jeff, McCracken. and Kevin, Russell. and Richar, Siler. and Ernie, Wright.}, journal={SPIE}, volume={6265}, pages={62654E-1-62654E-8}, year={2006}, } @article{panter, title={{The MPE X-ray test facility PANTER: Calibration of hard X-ray (15--50 kev) optics}}, author={ Freyberg, M.J. and Bräuninger, H. and Burkert, W. and Hartner, G. D. and Citterio, O and Mazzoleni, F. and Pareschi, G. and Spiga, D. and Romaine, S. and Gorenstein, P. and Ramsey, B. D.}, journal={Exp Astron}, volume={20}, pages={405-412}, year={2005}, } @article{STMPanterTest, title={{X-ray testing of the Einstein Probe follow-up x-ray telescope STM at MPE's PANTER facility}}, author={ Miranda, Bradshaw. and Vadim, Burwitz. and Peter, Friedrich. and Gisela, Hartner. and Andreas, Langmeier and Giuseppe, Valsecchi. and Dervis, Vernano. and Yong, Chen.}, journal={SPEIE}, volume={11444}, pages={1144457-1-1144457-12}, year={2020}, } @article{FXTchen, title = {{Status of the follow-up x-ray telescope onboard the Einstein Probe satellite}}, author = {Chen, Yong and Cui, WeiWei and Han, DaWei and Wang, Juan and Yang, YanJi and Wang, YuSa and Ma, Jia and Xu, Yupeng and Lu, FangJun and Chen, HouLei and Tang, QingJun and Yuan, Weimin and Friedrich, Peter and Meidinger, Norbert and Keil, Isabell and Burwitz, Vadim and Eder, Josef and Hartmann, Katinka and Zhang, JiaWei}, volume = {11444}, journal = {Proc of SPIE}, pages = {885-893}, year = {2020}, } @article{pnccd, author = {N. Meidinger and R. Andritschke and S. Ebermayer and J. Elbs and O. Hälker and R. Hartmann and S. Herrmann and N. Kimmel and P. Predehl and G. Schächner and H. Soltau and L. Strüder and L. Tiedemann}, title = {{CCD detectors for spectroscopy and imaging of x-rays with the eROSITA space telescope}}, volume = {7435}, journal = {Proc of SPIE}, pages = {9 -- 16}, year = {2009}, } @article{XMM-Newton, author = {Ph. Gondoin and B. Aschenbach and M. Beijersbergen and R. Egger and F. Jansen and Y. Stockman and J.P. Tock}, title = {{Calibration of the first XMM Flight Mirror Module II - Effective Area}}, volume = {3444}, journal = {Proc of SPIE}, pages = {290 -- 301}, keywords = {XMM, X-ray astronomy, Wolter I telescope, grazing incidence optics}, year = {1998}, } %%============================================================================%% %% while using chicago reference style, both abbreviated and expanded form of %% %% author name format is acceptable. Refer below example for expanded form %% %%============================================================================%% %% author = "{Cameron, Deborah}", - single author %% author = "{Saito, Yukio} and {Hyuga, Hiroyuki}", - double author %%======================================%% %% Example for author names with suffix %% %%======================================%% %% author = "{Price, R. A. Jr} and {Curry, N. {III}} and McCann, K. E. and %% Fielding, J. L. and {Abercrombie, E. Jr}",