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At Malvern Panalytical, we are proud to support battery makers around the world with a complete range of physical, chemical, and structural analysis solutions. These solutions help determine a range of critical parameters: from particle size, shape, and elemental composition, to the crystal structure, polymer molecular size and weight, weight, branching, and battery cell degradation mechanisms. [url][link]https://www.malvernpanalytical.com/en/industries/battery-and-energy-storage/enhance-battery-development?utm_source=TechnologyNetworks&utm_medium=portal&utm_campaign=Battery%20Campaign&utm_term=Supporting%20battery%20makers%20around%20the%20world&utm_content=MPWeb[/link][b][name]Discover new horizons in battery quality now[/name][/b][/url]

Supporting battery makers around the world

We organized their first exclusive digital launch event. A 1,5-hour event that gathered the in-house experts to reveal the latest innovation providing a leapfrog increase in XRD measurement accuracy, along with a live demonstration and Q&A.

The 1Der will enable users to exclude fluorescence background from their final data, providing significant increases in XRD system capability.

Through improved processing technology, the new detector enables the exclusion of unwanted fluorescence background. Specifically, it contains a state-of-the-art tunable band-pass which can be set closely around the scattering energy, as defined by different X-ray tube sources. This narrower bandwidth of energy discrimination means that other X-ray effects, such as fluorescence or white radiation (also known as bremsstrahlung), do not obscure vital details in the diffraction pattern. This leads to a vastly improved signal to noise and low background in the data. What is more, together with the unique optics on the Empyrean, such as the iCore or Bragg-BrentanoHD, the system provides a step-change in data quality.

[url][link]hhttps://www.malvernpanalytical.com/en/products/category/x-ray-components/detectors/1Der/[/link][b][name]To find out more[/name][/b][/url]

Empyrean brings new wonder to XRD

Often X-ray synchrotron or neutron radiation based methods are used to study Lithium-ion batteries. While neutron scattering is very sensitive to light elements such as Li, X-ray powder diffraction provides a much higher resolution of the cell parameters and therefore both are complementary techniques. Pouch cell batteries can be used in combination with hard X-rays in transmission geometry to perform in-situ and in-operando studies during charge/discharge cycles and for aging studies. It is then possible to correlate variations in the crystallographic structure of the elements in the cell, directly with the amount of Lithium incorporated in the electrodes. This video shows a demonstration of how to set up in operando XRD experiments on full batteries. [url][link]https://www.malvernpanalytical.com/en/industries/battery-and-energy-storage/batteries-and-capacitors/in-operando-xrd/index.html?utm_medium=portal&utm_campaign=Battery%20Campaign&utm_term=Newsletter&utm_content=IndustryPage[/link][b][name]Find out more[/name][/b][/url]

In-operando X-ray diffraction (XRD) on a pouch cell battery

Malvern Panalytical invites you to schedule a remote demonstration to learn about our instruments and see them in action…all from the comfort of your lab, office, or home!  Contact us today to schedule your remote demo!

Remote Demo with Malvern Panalytical

Watch this video to discover our analytical mining solutions from the exploration phase, grade control, beneficiation process to environmental checks. Malvern Panalytical delivers innovative and unique mineral analysis solutions and services for geologists, process engineers, geo-metallurgists and plant managers to increase the efficiency of the mining operation. Our tailored solutions, equipment, and analytical support employ cutting-edge technology, resources, and materials. [url][link]https://www.malvernpanalytical.com/en/industries/mining[/link][b][name]Find out more[/name][/b][/url]

How to optimize your mining process?

Dynamic Light Scattering (DLS) is a technique classically used for measuring the size of particles typically in the sub-micron region, dispersed in a liquid. The sensitivity of some modern systems is such that it can also now be used to measure the size of macromolecules in solution. [url][link]https://www.malvernpanalytical.com/en/products/technology/light-scattering/dynamic-light-scattering?utm_source=Technology Networks&utm_medium=LabTube&utm_campaign=DLS&utm_content=ProductPage[/link][b][name]Read more[/name][/b][/url]

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