Scan overview DanMAX X-ray diffraction experiments

This table provides an overview of all X-ray diffraction scans relevant to the article "Sub-Kelvin Resolution X-ray Diffraction Thermometry Defies the Existence of Nanoscale Hotspots in Induction Heated Magnetic Nanoparticles" ACS Nano 2026. The Sheet is split into three partsScan overview - Sample temperature calibration: Calibration factor relating the temperature in the heat gun nozzle to the temperature at the sample position.Scan overview - Induction heating experiments: All scans in this section are performed at the beamtime 20230514.Scan overview - Thermal expansion coefficient experiments. Scans are performed at two different beamtimes.The scans are listed in chronological order. The list below gives a more thorough explanation of the column names:Scan ID: This is a unique identifier number given to each scan. The scan ID is the original ID from the respective beamtimes.Sample: Magnetic nanoparticle and dry support materialPulses: The column describes the scheme of AC field pulses. <i>1 pulse</i> corresponds to exposure of a single AC field pulse of 60 s. <i>30 pulses</i> correspond to an exposure of 30 pulses of 5 s separated by 5 s of zero field.MNP weight %: Weight % of magnetic nanoparticles in the sample.Presented in article: This column describes whether the data is used in the article. The data is not used if the cell is blank. "Article" means that this data is used in the article and potentially also used in the supporting information. "Supporting information" means the data is used in the supporting information only.Capillary ID: This is a unique identifier of each sample capillary. The same sample batch e.g. γ-Fe2O3 on h-BN of 10% weight was filled into two capillaries named α and β.Beamtime ID: Official beamtime number used at MAX IV. <br>