Selective Plasmon Enhancement of the 1.08 mu m Nd3+ Laser Stark Transition by Tailoring Ag Nanoparti 2 December, 2013 Publications 0 Comments Selective Plasmon Enhancement of the 1.08 mu m Nd3+ Laser Stark Transition by Tailoring Ag Nanoparticles Chains on a PPLN Y-cut P. Molina; E. Yraola; M. Ramierez; et al.Nano Letters, 13, 4931 (2013) Please Share This Tweet Like Plus one Pin It Related Posts Hydrogenation-induced ferromagnetism on graphite surfaces 404 BaMgF 4: An Ultra- Transparent Two- Dimensional Nonlinear Photonic Crystal with Strong. (3) Response 326 Hard-body models of bulk liquid crystals 387 First-principles study on structural properties and 4f-5d transitions of locally ………. 221 Blue SHG Enhancement by Silver Nanocubes Photochemically Prepared on a RbTiOPO4 Ferroelectric Crysta 374 Low-temperature thermal and elastoacoustic properties of butanol glasses Low-temperature thermal and elastoacoustic properties of butanol glasses: Study of position isomerism effects around the… Leave a Reply Cancel reply You must be logged in to post a comment.
BaMgF 4: An Ultra- Transparent Two- Dimensional Nonlinear Photonic Crystal with Strong. (3) Response 326
Blue SHG Enhancement by Silver Nanocubes Photochemically Prepared on a RbTiOPO4 Ferroelectric Crysta 374
Low-temperature thermal and elastoacoustic properties of butanol glasses Low-temperature thermal and elastoacoustic properties of butanol glasses: Study of position isomerism effects around the…
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