Cai Yuqin, Yang Shangjin, Zhang Qiren, et al. TIME-RESOLVED MEASUREMENTS OF X-RAY LINES EMITTED FROM LINE-PLASMAS OF GERMANIUM[J]. High Power Laser and Particle Beams, 1992, 04: 175-180.
Citation:
Cai Yuqin, Yang Shangjin, Zhang Qiren, et al. TIME-RESOLVED MEASUREMENTS OF X-RAY LINES EMITTED FROM LINE-PLASMAS OF GERMANIUM[J]. High Power Laser and Particle Beams, 1992, 04: 175-180.
Cai Yuqin, Yang Shangjin, Zhang Qiren, et al. TIME-RESOLVED MEASUREMENTS OF X-RAY LINES EMITTED FROM LINE-PLASMAS OF GERMANIUM[J]. High Power Laser and Particle Beams, 1992, 04: 175-180.
Citation:
Cai Yuqin, Yang Shangjin, Zhang Qiren, et al. TIME-RESOLVED MEASUREMENTS OF X-RAY LINES EMITTED FROM LINE-PLASMAS OF GERMANIUM[J]. High Power Laser and Particle Beams, 1992, 04: 175-180.
An x-ray streaked crystal spectrometer developed by ourselves was first used to measure time-resolved x-ray spectra from line-plasmas of Ge. The time evolutions of the resonance lines of the Ge L-shell spectra were obtained. Also, the electron temperature and its time evolution have been deduced by means of the line-intensity-ratio of the dielectronic capture satellite lines to the resonance lines of the Ge L-shell spectra. The electron temperature in the gain region is approximately 400-760eV, and the period having the relative constant electron temperature is at least 90ps (the variation of the electron temperature is less than 2%).
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