Industrial Applications of Transmission Electron Microscopy (TEM) | G-Hexa Research Centre

Описание: To innovate at the leading edge, seeing the surface isn't enough. You need to see inside.

In this video, G-Hexa Research Centre demonstrates the transformative power of Transmission Electron Microscopy (TEM) across critical industries. From measuring semiconductor gate oxides with atomic precision to revealing the protein structures of viruses, TEM provides the internal structural certainty impossible to achieve with standard scanning microscopy.

We cover real-world applications in:

Semiconductors: Identifying lattice defects and stacking faults.

Aerospace: Visualizing nano-precipitates and dislocation tangles.

Energy: Verifying catalyst dispersion in fuel cells and SEI layers in batteries.

Nanotech & Biology: Analyzing core-shell structures and viral proteins.

Stop guessing with blind R&D. Partner with G-Hexa Research Centre for world-class analytical services that provide the atomic proof you need for patents, publications, and product reliability.

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Timestamps (Chapters)

0:00 - Introduction: The Atomic Standard
0:16 - Semiconductors: Gate Oxides & Lattice Defects
0:24 - Aerospace: Nano-Precipitates & Dislocation Tangles
0:33 - Energy Sector: Fuel Cells & Battery Interfaces
0:40 - Life Sciences: Viral Structures & Organelles
0:48 - Advanced Materials: Carbon Nanotubes & Polymers
0:56 - The G-Hexa Advantage: Electron Diffraction
1:04 - Conclusion: Partner with G-Hexa

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