Basic Research
In the basic science fields that are tackled in universities, laboratories, corporations and other organizations, JEOL’s high-end variety of chemical-structure analysis instruments (many types of electron microscopes, MS and NMR systems, etc.) can contribute to cutting-edge researches that include morphological characterization, element distribution and structural analysis over macro- to nano-regions.
PRODUCT LINEUP
APPLICATIONS NOTES
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Study on phase transition of crystalline polymers by using new extended VT HXMAS probe
NM160009E
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JMS-S3000 SpiralTOF Imaging Applications Notebook, Edition May 2016
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JMS-S3000 SpiralTOF Biomolecules Applications Notebook, Edition July 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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Ultrafast MAS of heavy 1/2-spin nuclei:Ultra-wideline 119Sn solid-state NMR at 75 kHz MAS
NM160006E
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Analysis of cyanoacrylate adhesive using the JMS-S3000 “SpiralTOFTM” ― Application of Kendrick Mass Defect plot analysis ―
MSTips No.220
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High sensitivity, low priced, energy saving probe for speedy data acquisition SuperCOOL Probe
NM150005E
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Film Thickness by Thin Film FP Method
Measurement Examples on Plating Standard Samples
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Quantitative and Qualitative Analysis of Inorganic Elements in Plastic by FP Method
Measurement Examples on Oxcide Standard Samples
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Quantitative Analysis of Oxides using the FP Method
Measurement Examples on Metal Alloy Standard Samples
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Qualitative and Quantitative Analysis of Metal Alloys by FP Method
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Analysis with separation of As and Pb in Iron and Steel is possible.
Analysis of As and trace Pb in Iron and Steel by Sum Peak Removal Software
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Analysis of Cracks in Brass Piping Parts
Identification of source of trouble by XRF and EPMA
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Test /Analysis of Foreign Substances on Resin surface by X-ray analysis
Foreign Substances Analysis by XRF and SEM-EDS
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Analysis of LIB cathodes by ultra-fast MAS solid state NMR
NM140020E
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Single-Tuned 4mm Cryocoil MAS Probe
NM140018E
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Short distance determination by CP-VC - how does it work?
NM140017E
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15N-15N correlation with ¹H detection at 100 kHz MAS
NM140016E
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14N overtone NMR spectroscopy
NM140015E
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How to select appropriate symmetry numbers?
NM140014E
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Measurements of ¹H chemical shift anisotropy
NM140013E
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Efficient 1H-1H magnetization mixing at ultrafast MAS
NM140012E
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Quick repetition for 1H NMR at ultrafast MAS
NM140011E
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Finding a best repetition time
NM140010E