JEOL NEWS Magazine

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  • Submit this form to gain immediate access to the new issue of JEOL NEWS Magazine, featuring:

    • Nanoscale Positioning Highly Coherent Spin Defects in Diamond Using JBX-8100FS
    • Development of a Semi-Automated 3D ED/MicroED System and Its Operation as a Shared-Use Facility
    • Structural Analysis of AMorphous Alumina Using Nuclear Magnetic Resonance Spectroscopy
    • High-Resolution STEM Image Acquisition Method for Tilted Specimen Using a New Type of Aberration Corrector
    • Structure Solution of Nano-Crystalline Powder: A YOKOGUSHI Approach of SynergyED, HRMS, NMR, and Computation
    • Toward Full Automation of Scanning Electron Microscopy: Automating Specimen Exchange and Measurement with Neo Action Robo
    • Introduction of In-situ Charge-Discharge Cycle System and Battery Application
    • Expansion of Crystal Orientation Analysis in Entry-Level SEM
    • Development of an Electron Spectroscopy System (f-HSA) and Its Application to High-Speed Spectrum Imaging
    • Development of an Ultra-Low Temperature Solid-State DNP-NMR System Using a Compact Microwave Source
    • Analysis of Metabolites in HeLa Cells Using GCxGC-TOFMS and Unknown Compounds Structure Analysis Software msFineAnalysisAI

JEOL NEWS Magazine (previous issues)

Vol. 34 No. 1, July 1999

A 1000kV TEM Running Over 25 Years
• Atomic Resolution Z-Contrast Imaging of Interfaces and Defects
• The Growing Role of Electron Crystallography in Structural Biology
• Factors Promoting R&D in Electron Microscopy in Japan
• The Development and Assessment of a High Performance FE Gun Analytical HREM for Materials Science Applications
• Immunogold-labeling in Scanning Electron Microscopy
• Measure Contact Potential Difference Using an Ultrahigh Vacuum Noncontact Atomic Force Microscope
• Microscopic Chemical State Analysis by FE-SAM with Hemispherical Energy Analyzer
• Miniaturized STM Working Simultaneously in UHV Electron Microscope
• High-Resolution Electron-Beam Lithography and Its Application toMOS Devices
• Development of Optical Technology for JEOL's Electron Probe Instruments
• Observation of Protein Structures through an Electron Beam
• Transition of JEOL's Semiconductor Equipment, and Future Development
• Applicatrion of Semi-in-Lens FESEM for Chargeless Observation
• Development History of JEOL's Transmission Electron Microscopes

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