Overview of Facilities
Facilities and Equipment for Joint Usage / Research
Facilities & Equipment | Outline | Image |
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Glove boxes for all-solid-state battery fabrication |
Uniquely able to perform the entire process of all-solid-state battery fabrication in an environment without exposure to the atmosphere. They enable thin-film metal sputtering and most material evaluations, such as mechanical property evaluations. |
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Sulfide-compatible scanning electron microscope |
Uniquely able to observe sulfides, and allows observations to be conducted in a glove box without exposure to the atmosphere. |
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X-ray diffractometer |
Uniquely able to conduct X-ray diffraction measurement of battery materials using a dedicated measurement cell without exposure to the atmosphere in a glove box. |
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Machine material test apparatus |
Enables evaluation of the powder consolidation characteristics of battery materials that are unstable in the atmosphere and the mechanical properties of small specimens. |
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Compositing equipment |
Powder processing equipment for dry compositing of cathode particles and solid electrolyte particles used in all-solid-state batteries without exposure to the atmosphere. |
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Precision powder mixing equipment |
Dry mixing equipment for precise mixing of raw materials for fine powders for all-solid-state batteries with strong adhesion and cohesion properties, without exposure to the atmosphere. |
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Continuous heating biaxial kneading equipment |
Continuous type equipment capable of composite processing of powders for all-solid-state batteries while heating, without exposure to the atmosphere. |
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Transmission electron microscope |
Enables acquisition of high-resolution images with a spatial resolution of 0.3 nm over the wide temperature range of −170 °C to 400 °C. It is also equipped with a hollow cone dark-field image acquisition function, enabling multi-scale microstructure observations. |
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Mössbauer spectrometer |
Uniquely able to conduct Mössbauer spectroscopy measurements without exposure to the atmosphere for materials that are unstable in the atmosphere or electrode materials that have been dismantled in a glove box. Information can be obtained about the state of iron and tin atoms in the material. |
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Laser Raman microscope |
Enables Raman microscopic observation of battery materials by using a dedicated observation cell without exposure to the atmosphere. |
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Nuclear magnetic resonator |
Enables nuclear magnetic resonance (NMR) measurements on battery materials that are unstable in the atmosphere, without exposure to the atmosphere in a glove box. |
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Electron beam microanalyzer |
Uniquely able to introduce samples from the glove box without exposure to the atmosphere, and perform microstructural observation and elemental analysis of microscopic regions. In particular, the attached soft X-ray emission spectrometer is effective for detection and state analysis of light elements. |