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and which cutter did you use to make the cross section of battery?

How did you set battery material in SEM instrument?

Hi, Please I have been trying to reach someone from the company and then I came across this video. I am using the SEM Tm 3030 for my dissertation and I want to get the thickness of film on a cellulose paper by checking the cross section. Please how do I use SEM to find cross section measurement so I can calculate the film thickness.

What is the tension used for ion milling ?

Awesome 😊

I made a much better cross section by hand where the bond wire from the cathode to the anode remains electrically intact and is preserved for further testing.

Impressive BFSTEM!

cool

These damn marbles. The cause and the solution of all worlds problems

Suspended levels…sweet.

I asked Google Gemini Ultra why this is interesting. Here is what it came up with: Key Points of Interest Precision Doping on the Atomic Scale: This work demonstrates the controlled substitution of single Nb atoms with Pt, Pd, and Ru within the perovskite lattice. Such atomic-level engineering opens the door to finely tuning fundamental material properties with implications for electronics, optoelectronics, and catalysis. Layered Perovskite Nanosheets: The focus on KCa2Nb3O10 in its nanosheet form introduces interesting dimensional effects. Perovskites are already renowned for their desirable properties, and exploring them in 2D systems could reveal novel physics and potential device applications. Direct Structural Characterization: The use of aberration-corrected STEM allows for unambiguous visualization of the dopant atoms within the perovskite lattice. This direct confirmation of structural modification is crucial for correlating materials design with resultant properties. Potential Implications While the direct focus of this research is on structural characterization, its findings lay a strong foundation for future investigations into: Tailored Electronic and Optical Properties: Precise dopant placement could yield significant enhancements in conductivity, carrier mobility, or light absorption/emission within these perovskite nanosheets. Emergent Phenomena in 2D Systems: Explorations in layered perovskites could uncover exotic electronic states or magnetic ordering phenomena with unique technological potential. Advanced Catalysis: Atomic-level understanding of active sites created by dopant elements might enable the design of highly efficient and selective catalysts. Edit: This video talks about solar panels based on Perovskite: th-cam.com/video/RMcPiCyz2Xg/w-d-xo.html

Promo>SM 😞

Promo SM 😘

This is a great application for the ArBlade, as it would save tons of sample prep or FIB milling time trying to expose the AOI.

what are the concentric patterns? TSV? would you please also load cross-sectional images?

this is beautiful!

How was prepared the sample?

please, show us this virus

Nice 👍

Nice 😊

Interesting 🤨

Nice & thanks for sharing

3u0yf vun.fyi

thank you

cool. thanks

,I'm

What is the HV used for EDX ?

Hitahi is Origiranl SEM Manufacturer... #Nanotechdigitalgmbh #tabletopsem #www.nanotechdigitalgmbh.com

May I ask you a question about a type of photoresist