Close
Cart (0)
Login
Register
By using our website, you agree to our use of cookies as described in
Cookie Policy
.
OK
X
Digital Asset Management by Orange Logic
Company
Your account
Register
Hire an Illustrator
Terms and conditions
Privacy & Legal Notices
Prints and Gifts
Educational Resources
Science Photos
Connect
LinkedIn: Science Source Images
Facebook: Science Source Images
YouTube: ScienceImages
Instagram: ScienceSourceStock
© 2022 Science Source Inc.
All rights reserved
Go to Login page
Hide details
Conceptually similar
Similar tones
View images with similar tones
Vitrification, Nuclear Waste
Description:
Identifying the different components will help researchers understand the kinetics of the feed-to-glass conversion, which affects the waste vitrification rate and will ultimately allow the Hanford Tank Waste Treatment and Immobilization Plant meters to operate more efficiently. PNNL (Pacific Northwest National Laboratory) researchers working with electron microscope in an effort to distinguish the many components of a nuclear waste glass feed as they begin to heat up and melt together to form a liquid glass. No photographer credited, 2013.
Credit:
Pacific Northwest National Laboratory/Science Source
Unique identifier:
SS2708552
Legacy Identifier:
JC5495
Type:
Image
Size:
4500px × 3000px (~38 MB)
Add to cart
Direct link to Image
Copy URL to clipboard
Add to lightbox My First Lightbox
Add to cart
Tags
2010s
2013
21st century
conversion
converted
energy
glass-forming
hazard
hazardous waste
high-level nuclear waste
nuclear
nuclear waste
nuclear waste disposal
nuclear waster storage
permanent storage
pollutant
polluted
polluting
pollution
radiation
radioactive
radioactivity
toxic
transformation
vitrification
waste disposal
