R.L. Cone, C.W. Thiel, et al.
FiO 2013
We report the observation of persistent spectral hole burning due to a mechanism that is new to inorganic materials, i.e., light-induced deuteron (or proton) tunneling. Measurements were made on 3H4 ↔ ID2 transitions of SrF2+ centers having two D− ions as near neighbors. The spectral holes exhibit hyperfine structure dominated by very large (~100-MHz) pseudoquadrupole splittings in the singlet ground state. © 1987 Optical Society of America.
R.L. Cone, C.W. Thiel, et al.
FiO 2013
R. Wannemacher, R.M. Macfarlane, et al.
Journal of Luminescence
P.J. Van der Zaag, B.C. Schokker, et al.
Journal of Luminescence
Paul M. Lundquist, C. Poga, et al.
Optics Letters