Transfer with no exposure to Atmospheric TEM Holder
Easy and safe operation even inside the glove box
Easy specimen attachment mechanism gsmart set systemh
| 1, evacuate for 15 minutes with the chamber open. After that, open
and close the chamber in the vacuum @@evacuator, measure the leak from
the axis (green).
2, Keep the atmosphere in the chamber, leave it in the atmosphere for3
minutes, then evacuate for 15 @@ @
@ minutes. Thereafter, the chamber is opened in the vacuum evacuation apparatus
(red). Vacuum has been @ raised without leaking air into vacuum evacuation
unit. A peak due to atmospheric retention to open the @ chamber was observed.
3, Leave the chamber in the atmosphere for 3 minutes with the inside of
the chamber vacuumed, then @
@ evacuate for 15 min. Thereafter, the chamber was opened in the vacuum
evacuation apparatus (blue). @
@ Although a peak attributable to outgas in the chamber was observed, it
was confirmed that the vacuum @ @@was retained.
We attached the LN 2 cooling mechanism to this superior non-exposure mechanism.
That will be released in next summer.
LN2 Cooling -170 + Double Tilt}20+ Non-exposed
Get the High Resolution image at-170
Suitable for Lithium-Ion battery analysis
Images up to 500K can be acquired immediately
after starting observation. (after arrival -170)