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Batteries

Battery Research and Development

R&D in the battery industry, including with lithium-ion batteries, presents unique challenges due to increasing market and societal demands for higher energy density, faster charging times, improved safety, and longer lifespans. Rigaku’s comprehensive suite of analysis tools is designed to support the R&D process by analyzing the components of anode and cathode materials, solid electrolytes, as well as entire batteries.

Rigaku’s analysis tools—such as X-ray diffraction (XRD), X-ray emission spectroscopy (XES), X-ray fluorescence (XRF), X-ray computed tomograph (XCT), and thermal analysis (TA)—provide critical insights into phase transitions, oxidation states, and thermal stability. These advanced analyses help researchers push the boundaries of battery performance.

Select from lithium ion / sodium ion batteries or fuel cells and click the numbers on the infographics to see application examples.

Lithium ion or sodium ion battery

Rigaku‘s analysis technologies support R&D for safer and more efficient batteries.

The Battery Application eBook contains this infographic and more.

Fuel cell

Rigaku‘s analysis technologies support R&D for safer and more efficient cells.

Fuel_Cell_Graphic_1200                    

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