Time-resolved K-shell x-ray spectra of ns laser-produced titanium tracer in gold plasmas

The data related to the article "Time-resolved K-shell x-ray spectra of ns laser-produced titanium tracer in gold plasmas" submitted to the journal Chinese Physics B. The time-resolved x-ray emission spectra of titanium tracer are measured by a streaked crystal spectrometer. The simulated x-ray spectra of titanium plasmas are performed using the zero-dimensional collisional-radiative atomic code FLYCHK. By comparing the FLYCHK simulated spectra with the measured spectra, the temporal plasma states, i.e., the electron temperatures and densities, are deduced. This database contains 2 Excel files, which are described below:Experimental spectra_27 time points.xlsx: experimental data of the emission spectra of titanium at 27 time points.FLYCHK simulated spectra_27 time points.xlsx: theoretical data of the FLYCHK simulated spectra of titanium at 27 time points.