Document creation date: April 15th 2020 Author: Jan-Christoph Deinert (HZDR) with contributions from Zhe Wang and Hao Chu GENERAL INFORMATION The datasets contained in this repository have been generated using the data acquisition (DAQ) system at the TELBE terahertz source at HZDR. The data contains timing and intensity information for every recorded shot (pulse-resolved data acquisition). To generate easily readable data and to reduce file sizes the data was treated using LabView programs written by the TELBE team members. These programs do (i) sort the data points using the timing signal (DataSorting_June2018.vi), and (ii) average the data with respect to time to reduce file size (binning_June2018.vi). An alternate version of the averaging program (pyro_bins) was used in a part of the evaluation (see below) to consider only data points within a specified intensity range. More information on the measurement process and the DAQ system can be found here: https://doi.org/10.1038/srep22256 https://dx.doi.org/10.1063/1.4978042 https://d-nb.info/1136021566/34 Further information can be obtained from Sergey Kovalev (s.kovalev@hzdr.de) or Jan-Christoph Deinert (j.deinert@hzdr.de) ******************************************************************************************************************** DATASETS USED IN THE PUBLICATION The measurements that are presented in the publication were measured during two beamtimes at the TELBE terahertz source: 1) June 2018 2) December 2018 The datasets are uniquely identified by their filename. Within each beamtime, datasets are numbered chronologically. Filenames also include the date and time of the experiment. Filenumbers can appear twice, which indicates that the delay stage did two loops of the respective measurement with otherwise identical parameters. These are the file numbers for the datasets used to generate each individual figure: Fig. 1(a): 053 Fig. 1(b): 038 Fig. 1(e): 033, 038, 045, 051, 053 Fig. 1(f): 025-031 Fig. 2(a)(c) 073-084 (LSCO) and 203-219 (DyBCO) during our beamtime in June 2018. Fig. 2(b): 087-090 Fig. 3(a)(d): 032-053 Fig. 3(b)(e): 178-200 Fig. 3(c)(f): 018-032 (measured in December 2018) Fig. 4(c): same as those for Fig. 3 and additionally 117-131 (BSCCO) Fig. 4(d): 048 For Figs. 2 (a)(b) the THz pulse intensity was considered for intensities in the range of 0.65 V to 0.75 V as measured by a fast pyro detector.