Renewable energy

Boost performance of your organic photovoltaic cell,
Enhance the hydrogen storage capacity of a MOF,
Tune catalyst particle size for fuel cells or polymer electrolyte membrane (PEM) structure to increase proton exchange or stability?

Characterization at the nanoscale can help you find answers.

With X-ray scattering in your lab, you can for example:

  • Characterize molecular arrangement and orientation of crystalline regions of polymer thin films in OPV (together with nanomorphology)
  • Quantify pore size, shape, spatial distribution, network structure and surface characteristics of MOFs
  • Measure the size and stability of catalyst particles for fuel cells in situ
  • Determine the phase of self-assembled block-copolymer films for mesoporous templating and final porous structure
  • Find the characteristic separation distance in ionomers (PEMs)

Renewable energy

Boost performance of your organic photovoltaic cell,
Enhance the hydrogen storage capacity of a MOF,
Tune catalyst particle size for fuel cells or polymer electrolyte membrane (PEM) structure to increase proton exchange or stability?

Characterization at the nanoscale can help you find answers.

With X-ray scattering in your lab, you can for example:

  • Characterize molecular arrangement and orientation of crystalline regions of polymer thin films in OPV (together with nanomorphology)
  • Quantify pore size, shape, spatial distribution, network structure and surface characteristics of MOFs
  • Measure the size and stability of catalyst particles for fuel cells in situ
  • Determine the phase of self-assembled block-copolymer films for mesoporous templating and final porous structure
  • Find the characteristic separation distance in ionomers (PEMs)

Characterizing ordered mesoporous to macroporous oxides with tunable isomorphic architectures

Small-angle X-ray scattering is an ideal technique to determine phase and temperature dependence of block copolymer templates for porous material.

Run in situ measurements
without destroying your sample

Particle size and distribution, pore size and distribution, (thin film) surface structure and patterns, humidity and temperature dependence…

What do you want to measure ?

Some of our customers

using X-ray scattering for their research in renewable energy

“We are currently investigating nanoscale heterogeneity in several electrolyte mixtures. We will soon develop the capability to perform simultaneous electrochemical and SAXS measurements to understand how the fluid-solid interface changes during power cycling in energy storage materials.

Dr. José Leobardo Bañuelos
Department of Physics, The University of Texas at El Paso, USA

Publications

Discover how scientists use Xenocs instruments for their research & publications

Cysteamine-modified ZIF-8 colloidal building blocks: Direct assembly of nanoparticulate MOF films on gold surfaces via thiol chemistry.
Segovia, G. M.; Tuninetti, J. S.; Moya, S.; Picco, A. S.; Ceolín, M. R.; Azzaroni, O.; Rafti, M.
Materials Today Chemistry2018
Bandgap-Tuning in Triple-Chalcogenophene Polymer Films by Thermal Annealing
González, D. M.; Raftopoulos, K. N.; He, G.; Papadakis, C. M.; Brown, A.; Rivard, E.; Müller-Buschbaum, P.
Macromolecular Rapid Communications2017

Products

Discover our products relevant to research in renewable energy.

Nano-inXider

Smart nanoscale characterization

Xeuss 3.0

The Next Generation

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

Services

We are here to help.

Accessories

A wide range of accessories are available for your research.

XSACT software

X-ray Scattering Analysis and Calculation Tool.

Renewable Energy Nanostructure Analysis

Renewable Energy Nanostructure Analysis – SAXS

Renewable Energy Nanostructure Analysis – Use SAXS To Tune Polymer Assembly – Understand OPV, PEM Fuel Cells At The Atomic And Nanoscale On Bulk