Dataset for the publication "Thermal and electric field stability of square-net domain patterns in barium titanate". Dataset contains videos of the phase transitions as studied by polarized light microscopy and X-ray reciprocal space mapping (RSM).

Dataset for the publication "Thermal and electric field stability of square-net domain patterns in barium titanate". Dataset contains videos of the phase transitions as studied by polarized light microscopy and X-ray reciprocal space mapping (RSM).

µCT data collected at the DANMAX beamline of MAX IV. Data shows how hydraulic activation of stomata can be achieved using a controlled system with high humidity and low CO2 content. Waterfilms containing iohexole for contrast were applied to barley and potato leaves at varying surface tensions and then scanned at times ranging from 30 min to 14 hours after application. All plants are scanned in a custom build sample holder keeping the plants in a controlled atmosphere and exposed to as little radiation as possible. 3D video visualizations of most interesting datasets are included. Raw projection data is available as h5 files in the folder Raw.Version history:
Version 1 – Only reconstructed data
Version 2 – Updated title and included raw projection data

µCT videos of data collected at the DANMAX beamline of MAX IV. Data shows how hydraulic activation of stomata can be achieved using a controlled system with high humidity and low CO2 content. Waterfilms containing iohexole for contrast were applied to barley and potato leaves at varying surface tensions and then scanned at times ranging from 30 min to 14 hours after application. All plants are scanned in a custom build sample holder keeping the plants in a controlled atmosphere and exposed to as little radiation as possible.

Using three complementary X-ray methods (Scanning SAXS, µCT and XRF) we probe the dissolution, aggregation and translocation state of foliar applied fertilizers dosed to young barley leaves. Interpreting the time-dependent changes in each of the three signals we show how particles dissolve and some of the fertilizer material translocate to other plant parts while others are left behind.This deposit contains all relevant data used in this study.

Using three complementary X-ray methods (Scanning SAXS, µCT and XRF) we probe the dissolution, aggregation and translocation state of foliar applied fertilizers dosed to young barley leaves. Interpreting the time-dependent changes in each of the three signals we show how particles dissolve and some of the fertilizer material translocate to other plant parts while others are left behind.This deposit contains all relevant data used in this study.

Data from paper "3D X-ray microscopy lights up fertilizer nanoparticles in plants". Each folder is is labeled corresponding to the figure in the paper and contains both the raw (after reconstruction) data and the filtered data.

µCT videos of data collected at the DANMAX beamline of MAX IV. Data shows how hydraulic activation of stomata can be achieved using a controlled system with high humidity and low CO2 content. Waterfilms containing iohexole for contrast were applied to barley and potato leaves at varying surface tensions and then scanned at times ranging from 30 min to 14 hours after application. All plants are scanned in a custom build sample holder keeping the plants in a controlled atmosphere and exposed to as little radiation as possible.

µCT data collected at the DANMAX beamline of MAX IV. Data shows how hydraulic activation of stomata can be achieved using a controlled system with high humidity and low CO2 content. Waterfilms containing iohexole for contrast were applied to barley and potato leaves at varying surface tensions and then scanned at times ranging from 30 min to 14 hours after application. All plants are scanned in a custom build sample holder keeping the plants in a controlled atmosphere and exposed to as little radiation as possible. 3D video visualizations of most interesting datasets are included. Raw projection data is available as h5 files in the folder Raw.Version history:
Version 1 – Only reconstructed data
Version 2 – Updated title and included raw projection data

Datasets used as example of implementation of paganin based phase retrieval of lab CT results recorded on a ZEISS versa 520 CT instrument. Python based implementation of phase retieival algoritms available at: emilv / LabPhase · GitLab.