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Morphological Observation

Surficial and interfacial morphology of substances from various industrial fields can be observed directly through electron microscopes. Inside of substances can be also observed directly.

Optical Microscope (OM), Transmission Electron Microscope (TEM), Scanning Electron Microscope (SEM)、Field Emission Scanning Electron Microscope (FE-SEM), Scanning Probe Microscope (SPM), Atomic Force Microscope (AFM)、Focused Ion Beam System (FIB), etc.

Title No.
Evaluation of Conductive Network in the Electrode of Li-ion Battery by SPM TN472
Cross-sectional Observation of Human Hair Microstructures by SEM TN455
Top Surface Observation of Fine Particles by High-resolution Low-voltage SEM TN454
Crystalline Evaluation of Organic Semiconductors by TEM using Cryo-FIB Method TN452
Cross-sectional Observation of Super Absorbent Polymer by Cryo-FIB-SEM TN451
Spatial Distribution of Electrolyte Derivatives in a Positive-electrode for Lithium-ion Batteries Using STEM-EELS TN441
Degradation Analysis of Positive-electrode Active Material for Lithium-ion Batteries by TEM TN440
High Resolution SEM Observation of Surface and Inside of Pt Catalysts TN434
Pore Structure Evaluation of Separator for Lithium-ion Batteries TN433
Cross-sectional SEM Observation of Separator Using Cryo-Ar Ion Milling Technique TN432
Analysis of Li Dendrite Deposition Process toward Safety Improvement of Li-ion Batteries TN424
Direct Observation of Lithium Ion Diffusion in Electrode for Li-ion Batteries TN423
Real-Time Observation of Chromatic Transition of Li-ion Battery Electrode Induced by Charge/Discharge Reaction TN422
Observation of the Coated Paper prepared using Cross Section by FE-SEM TN419
Evaluation of Layered Structure of Organic Semiconductors by Electron Microscope TN409
Measurement of nanomaterials in working environment TN386
Evaluation of thin film silicon solar cell TN345
Identification of foreign substances in drugs TN328
Observation of the cross section of MEA for fuel cells by X-ray CT TN309
Outline of analysis methods for fuel cells TN308
High Resolution Observation by Use of the Electron Microscope with Cs-corrector TN306
Effectiveness of Materials Evaluation with the Low Voltage Electron Microscope TN305
Materials Evaluation by Use of the Electron Microscope with Cs-corrector TN304
Observation of the cross section of electrodes for Li-ion batteries by FE-SEM TN293
Outline of analysis methods for Li-ion batteries TN291
Material evaluation of stainless steel TN269
Analysis and Evaluation of Contamination of Hard Disk Drive Materials and Components TN188

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