|
|
 |
Heavy
Element Photophysics and Photochemistry
Development of the First Optically Detected Nuclear Magnetic Resonance (ODNMR)
Apparatus for Actinide Studies
We have built a state-of-the-art laser optical apparatus to enable us to explore
f-element energy level structures at energies ranging from nuclear magnetic resonances
as low as 10-9eV (0.2 MHz) to interconfigurational electronic transitions
at a few eV (109 MHz). This apparatus incorporates electronic circuits
designed by us, direct digital synthesis of radio frequencies, static magnetic
fields as high as 5 tesla, and broadly tunable, single-frequency laser excitation.
This system was designed to carry out optically detected nuclear magnetic resonance
studies and is cited for use with actinide compounds that contain high levels
of alpha-emitting isotopes.
Return to Heavy Element Photophysics and Photochemistry
|
|
Glassblowing
Interfacial
Processes
Radiation
and Photochemistry
Photosynthesis
Biological
Materials Growth Facility
Cluster
Studies
Chemical
Dynamics
Atomic Physics
Nanophotonics
Heavy
Elements
Coordination
Chemistry
f-Electron
Interactions
Actinide
Facility
Computational
Materials and Electrochemical Processes
|
