Resonance Studies of H Atoms Interacting with Liquid Helium Surfaces.
Abstract
Techniques developed by this investigator for studying the hyperfine resonance of gaseous atomic hydrogen in storage bulbs under liquid helium will be extended downwards in temperature to 0.5 K, in order to study the interactions of H atoms with superfluid liquid helium surfaces and with each other while adsorbed on the liquid helium surfaces. A liquid helium temperature state-selected H atom beam will be developed and used to study the feasibility of hydrogen maser oscillation at liquid helium temperatures.
Document Details
- Document Type
- Technical Report
- Publication Date
- Oct 01, 1980
- Accession Number
- ADA092624
Entities
People
- Stuart B. Crampton
Organizations
- Williams College