Battery / Energy
For materials of Li-ion batteries and fuel cells, which must be analyzed in an environment isolated from the air, JEOL’s sophisticated analytical tools are suitable because our instruments consist of a robust system that enables air-isolated specimen preparation, morphological observation and elemental analysis. Furthermore, JEOL SEMs and TEMs play significant roles in crystalline examination and productization evaluation of solar battery (materials).
PRODUCT LINEUP
APPLICATIONS NOTES
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CRAFT for Delta Ver. 1.1 —Introduction of background and its user interface—
NM190001
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CRAFT for Delta Ver. 1.1 —Quantitative analysis of similar molecule mixture—
NM190002
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BatteryNote
BatteryNote
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19F solid state NMR by using 2mmMAS probe
NM180013
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JEOL NEWS Vol.53
JEOL NEWS Vol.53/ July 2018
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ESR of Materials -Electrically Detected Magnetic Resonance 1-
ER170007
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ESR of Materials - Semiconductor 1-
ER170006
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Development of the JBX-8100FS Electron Beam Lithography System
JEOL NEWS Vol.53 No.10
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AUTOMAS：Efficient time management in solid state NMR
NM180003E
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Chemical State Analyses by Soft X-ray Emission Spectroscopy
JEOL NEWS Vol.53 No.5
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Analysis of LIB cathodes by using MATPASS with ultra-fast MAS
NM170022
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Ionization Methods for JEOL Mass Spectrometers -A Guidebook-
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Gas analysis
Gas analysis solutions with JEOL Mass Spectrometers
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Overview of New Solid NMR probe : 2mm HXMAS probe
NM170016
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JMS-S3000 SpiralTOF™ Polymers & Materials Analysis Solutions
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CRAFT (Complete Reduction to Amplitude Frequency Table)
NM170001
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NEW extended VT HXMAS probe From -100 to 200 ℃ in narrow-bore magnet!
NM160010E
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JMS-S3000 SpiralTOF Imaging Applications Notebook, Edition May 2016
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JMS-S3000 SpiralTOF Polymers, Materials & Chemistry Applications Notebook, Edition July 2016
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DART Applications Notebook, Edition April 2016
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Low Frequency Unit for solid NMR probe
NM150010E
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Studies of minute quantities of natural abundance molecules using 2D heteronuclear correlation spectroscopy under 100 kHz MAS: CP-HSQC approach
NM150009E
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Studies of minute quantities of natural abundance molecules using 2D Heteronuclear correlation spectroscopy under 100 kHz MAS: HMQC approach
NM150008E
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New TFH triple resonance probe
NM150002E
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120 kHz MAS: unprecedentedly fast spinning speed
NM150001E