Benchtop NMR has a wide range of application in battery technology.
Using benchtop spectroscopy with X-Pulse it is possible to characterise
liquid electrolytes in great detail from research applications in the
development of new electrolyte formulations to manufacturing process and
quality control to the understanding of battery failures through
electrolyte degradation.
Using benchtop time domain NMR with MQC+ or MQR
it is possible to characterise porosity of separator membranes, measure
particle sizes of graphite in anode slurries as well as any other
material properties of typical battery components.
Time domain NMR is used for QA/QC applications in the food, oilseeds, textile and other industries; it primarily replaces wet chemical methods for measuring oil/fat content.
It is also possible to measure different phases; for example, solid fat content during the melting of edible oils/fats, and amorphous or crystalline content which correlates with various physical and chemical properties of polymers.
Time domain NMR can also be used to determine pore and droplet size distribution. This webinar will highlight the basic theory, capabilities and applications of Time Domain NMR for fast, accurate and solvent-free process and quality control.
By the end of the webinar you will have learnt:
• What time domain NMR is
• What time domain NMR can measure
• Where time domain NMR can be used
The MQR is a high performance TD-NMR research system designed for
applications based on relaxation and/or diffusion measurements. The
system includes a high performance digital spectrometer, 20MHz (0.47T)
permanent magnet, and a choice of interchangeable 10, 18 and 26mm
probes.
The BT02000-DualChannel series is a range of class AB RF amplifier. Each unit contains two independent RF channels, each with an output power rating of 1kW, customisable for operation at a fixed frequency within the 40MHz-310MHz range.
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