Temperature influence on structure

Looking at temperature-induced structure change and phase transitions

What is measured?

The measurement identifies the nanostructure changes with temperature variations.

Temperature range accessible from SAXS Xenocs measurement:

  • -150°C to 1000°C with the Nano-inXider and the Xeuss

Figure 1. Hysteresis effect in the temperature cycle : data acquired on dithienocyclopenta-thieno-[3,2-b]thiophene (DTCTT)-based molecular donor material for small molecular organic photovoltaic (sm-OPV) devices.

See more details in Y. Abe et al., Chem. Mater., 2017, 29 (18), pp 7686–7696


Typical samples for this measurement are:

  • Semi-crystalline polymers

  • Micelles

Have a look at the following application note:

Methods & standards

No particular standards & methods are described in the literature. 

XSACT analysis software is used first to display the structure evolution with temperature, and secondly for quantitative study.

SAXS Data Analysis

Advantages of SAXS

Why use SAXS for dynamic studies ?

  • With SAXS, you can probe the changes in nanostructure as a function of temperature.

  • With simultaneous SAXS and WAXS, you can access atomic and mesoscale information at the same time, with no bias from reproducibility issues.

  • Simultaneous SAXS and WAXS data collection offers access to information over a broad range of length scales.


All these measurements are possible directly in your lab.


Smart nanoscale characterization

Xeuss 3.0

The Next Generation
(GI-)SAXS/WAXS/USAXS beamline for the laboratory


In Situ Studies

In Situ Studies – Why Use SAXS For Dynamic Studies On Your Sample

In Situ Studies – Looking At Temperature-Induced Structure Change And Phase Transitions With Small Angle X-Ray Scattering