Enhanced-throughput Combinatorial Material synthesis and Analysis Facility (CMAF)

Kind:

Electrochemical energy storage

Country:

Germany

Technology

Electrochemical energy storage
Chemical energy storage

Organisation:

Forschungszentrum Jülich

Contact person 1:

Dr. Stefan Baumann


Contact person 2:

Dr. Sven Uhlenbruck

Availability:

Not available on: Dec 23, 2022 to Jan 1, 2023; Feb 16, 2023 to Feb 22, 2023; Apr 7 to Apr 10, 2023,May; 1st, 2023; May 18 to May 19, 2023; Jun 8 to Jun 9, 2023; Oct 2 to Oct 3, 2023; Dec 23 to Jan 1, 2024
Site is in general unavailable on Saturday and Sunday.

TRL Level:

1-3

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Enhanced-throughput Combinatorial Material synthesis and Analysis Facility (CMAF)

The PVD facility allows a 2D combinatorial materials synthesis with up to four distinct educt sources and a subsequent rapid chemical (GD-OES) and crystallographic (Raman) analysis based on autosampler technologies.


Synthesis of inorganic thin-film materials libraries with desired compositional and/or layer thickness gradients as well as chemical and structural investigation of the deposited libraries.

Services currently offered by the infrastructure: CMAF offers support in selection and preparation of sputter targets from required educt materials, library processing as well as analytics of the deposited thin-film libraries. It can be applied to inorganic (metallic, ceramic, cermet) material systems.