The developed 2nd-order random Raman fiber laser may find applications as efficient/bright source for pumping various solid-state/fiber lasers including tandem pumping in high-power laser schemes used for material processing.
Quantum control originated in the mid-1980s aset set of different laser schemes designed to manipulate chemical reactions and excite the molecule in specific quantum states.
We consider a Figure-8 (F8) laser design: one of the earliest reported passively mode-locked laser schemes, employing a nonlinear amplifying loop mirror (NALM) as an artificial saturable absorber4, and currently receiving renewed interest as a flexible all-fibre ultrafast source26,27,28,29,30,31,32.
And--as in the laser scheme--those metal clusters excel at producing SWNTs.
A.N.A, A.E.B, T.D.G, D.V.F, V.N.F, L.P.G, M.H, B.A.M, M.D.S. and P.V.D. conceived the experiment and prepared the proposal; T.D.G, D.V.F, V.N.F, B.A.M, Y.M.P, P.L.M, R.E.R, S.R. and M.V. carried out laser ionization scheme and/or ion source developments; A.N.A, K.B, T.E.C, V.N.F, M.H, S.K, B.A.M, L.S, P.V.D. and K.Z.
There were several attempts to combine a nozzle with electrical or laser discharge scheme to produce these species.
Figure 2 Scheme of the JOKARUS payload including the laser system, spectroscopy and RF, electronics and experiment control.
The 3+ charge state is of special importance in this context, as Th3+ allows for a simple laser-cooling scheme.
In traditional laser display schemes, color control has been achieved through the mechanical manipulation of red, green, and blue (RGB) laser beam intensities using color filters.
