Characterization of fuel cells and batteries | Norlab

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Characterization of fuel cells and batteries

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Overview

Characterization methods for fuel cells and batteries
Norlab offers a whole range of testing and analysis instruments for fuel cells and batteries.

Application notes

Optimizing paint, ink and coating formulations with the Rheolaser Coating High Temperature
The experiments presented in this application note were performed by Rheolaser Coating High Temperature on a bi-component epoxy adhesive at 3 different temperatures.

Literature

Formulaction Rheolaser Coating High Temperature
Rheolaser Coating enables the monitoring of microstructure changes during the curing and drying process. Based on diffusing wave spectroscopy (DWS), it identifies the drying & curing mechanisms (evaporation, packing, hardening) and characteristic times (drying time, cured time).

Download Characterization methods for fuel cells and batteries.pdf (382.25 KB)

Characterization methods for fuel cells and batteries

Date of creation:

1 June 2022

Library code:

13213