»» Multi-frequency RF probe development »» HTS probe development »» MAS probe development
7
Request Magnet Time Search Staff Search Publications Main Menu • User Facilities • DC Field • Electron Magnetic Resonance • High B/T • Ion Cyclotron Resonance • Nuclear Magnetic Resonance & Magnetic Resonance Imaging / Spectroscopy • Pulsed Field • Magnet Search • User Resources • Measurement Techniques • Magnet Search • Magnet Schedule • Safety • Experiment Support
-
Upload
cherokee-merritt -
Category
Documents
-
view
44 -
download
0
description
AMRIS Mission. • Technology Development for High Field MRI/S. »» Multi-frequency RF probe development »» HTS probe development »» MAS probe development »» Coils tailored for unique capabilities »» Microimaging at micron resolution »» Nanomaterials for multimodal imaging »» Mixture analysis. - PowerPoint PPT Presentation
Transcript of »» Multi-frequency RF probe development »» HTS probe development »» MAS probe development
Request Magnet Time
Search Staff Search Publications
Main Menu
• User Facilities • DC Field • Electron Magnetic Resonance • High B/T • Ion Cyclotron Resonance • Nuclear Magnetic Resonance & Magnetic Resonance Imaging / Spectroscopy • Pulsed Field • Magnet Search
• User Resources • Measurement Techniques • Magnet Search • Magnet Schedule • Safety • Experiment Support • Users Committee • Funding Opportunities • Travel & Lodging • Request Helium • User News • User FAQs • User Testimonials • User Reporting
• Research • Research Initiatives • Publications • Research Groups • Interdisciplinary Research • Science in a Sentence
• Magnet Development • Magnet Science & Technology • Applied Superconductivity Center • FSU Magnet Research & Development, Inc.
• Education • About Us • K12 Students • Teachers • College Students & Early Career Scientists • Magnet Academy
• News & Events • News • Feature Stories • Events
• About
, 04/19/23,
HTML: <meta name="" content="Users Committee - MagLab">
, 04/19/23,
HTML: <meta name="" content="website">
, 04/19/23,
HTML: <meta name="" content="https://nationalmaglab.org/media/k2/categories/151.jpg">
, 04/19/23,
HTML: <meta name="" content="The Magnet Lab's Users Committee (pictured above, during the 2015 Users Committee meeting) represents the laboratory’s broad multidisciplinary user co...">
• Contact & Connect • Facts & Figures • Our Impact • Print Media • History • MagLab Dictionary • Around the Lab • Visit the Lab • Policies & Procedures
• Staff • Staff Search • Organization • Careers • Diversity • New Employee Q&A
• User Resources
Users Committee
The Magnet Lab's Users Committee (pictured above, during the 2015 Users Committee meeting) represents the laboratory’s broad multidisciplinary user community and advises the lab's leadership on all issues affecting users of our facilities. The committee meets annually and produces a report on its findings and recommendations; please use the search box on this page to see reports from prior years. The bylaws of the committee (adopted in 2010 and revised in 2015) describe the group's functions, structure, membership, operations and other matters.
Users Executive Committee
DC Field/High B/T Advisory Sub-Committee
EMR Advisory Sub-Committee
ICR Advisory Sub-Committee
NMR/MRI Advisory Sub-Committee
Pulsed Field Advisory Sub-Committee
User Resources
• Measurement Techniques • Magnet Search • Magnet Schedule
, 04/19/23,
HTML: <meta name="" content="1">
• Safety • Experiment Support • Users Committee • Funding Opportunities • Travel & Lodging • Request Helium • User News • User FAQs • User Testimonials • User Reporting
Users Committee Reports
Select a year from the dropdown menu to view a PDF of that year's report.
Select a Year
• 2014
• 2013
• 2012
• 2011
• 2010
• 2009
• 2008
• © 2015 National MagLab • Site Map • Security & Privacy • Contact Us • Intranet Portal • User Login
Back to the top
The National High Magnetic Field Laboratory
1800 E. Paul Dirac Drive Tallahassee, FL 32310
(850) 644-0311 | This email address is being protected from spambots. You need JavaScript enabled to view it.
Funded by the National Science Foundation Division of Materials Research and the State of Florida
•
•
•
•
•
•
•
