(AIST Group/Free Webinar) "NMIJ Open Day" Industrial Applications Connected by Metrology, Series 3: Measuring and Visualizing the Nano World – Future of Material Evaluation and Industrial Application Pioneered by Measurement Technology [Streaming April 13 & 16]
NQ Score
50/100
AI Summary (NQ-processed)
The National Metrology Institute of Japan (NMIJ) is hosting a webinar series featuring the latest measurement technologies for visualizing the nanoscale world. This event, a rebroadcast of the NMIJ Open Day, covers five key topics ranging from thermal diffusion measurement to positron-based vacancy analysis, aimed at supporting industrial material evaluation and innovation.
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Frequently Asked Questions
- Q: What is the full name of the organization hosting the NMIJ Open Day webinar series on April 13 and 16?
- A: The National Metrology Institute of Japan at the National Institute of Advanced Industrial Science and Technology is hosting the NMIJ Open Day webinar series on April 13 and 16.
- Q: When was the first in-person NMIJ Open Day event held under its new name in 2026?
- A: The first in-person NMIJ Open Day event under its new name was held on January 29, 2026, at the National Metrology Institute of Japan.
- Q: How many distinct measurement technology topics are featured in the third series of the NMIJ Open Day webinar?
- A: The third series of the NMIJ Open Day webinar features five distinct measurement technology topics related to nanoscale visualization and material evaluation.
- Q: What specific measurement capability does the multi-angle SEM observation technology provide for sample analysis?
- A: The multi-angle SEM observation technology enables accurate capture of sample information by observing materials from multiple angles in scanning electron microscopy.
- Q: Which type of non-destructive measurement technology is used to detect atomic-level lattice defects in materials according to the article?
- A: Vacancy measurement technology using positrons is used to non-destructively detect atomic-level lattice defects in materials at the National Metrology Institute of Japan.