ion versus intensity curves of rare gas atoms interacting with a Ti:sapphirelaser with experimental measurement. They have shown that the total ionization
ion versus intensity curves of rare gas atoms interacting with a Ti:Sapphirelaser with experimental measurement. They have shown that the total ionization
inner-valence electrons and fragmentation of ethylene in an intense Ti:sapphirelaser pulse". Chemical Physics Letters. 313 (5–6): 789–794. Bibcode:1999CPL
medical diagnostics. 2013: Peter F. Moulton For the discovery of the Ti:Sapphirelaser and the development of many novel solidstate laser systems and applications
The vapor source contains Rubidium (Rb) vapor which is ionized by a Ti:Sapphirelaser. The vapor source is surrounded by an oil bath. By setting the temperature
research on 'Programmable Shaping of Ultrabroad-bandwidth Pulses from a Ti:sapphireLaser'." 1997 Anna Lopatnikova Massachusetts Institute of Technology
"Generation of 5-fs pulses and octave-spanning spectra directly from a Ti:sapphirelaser". Optics Letters. 26 (6). Optica: 373–375. Bibcode:2001OptL...26.
(1999). "Re-focusing during the propagation of a focused femtosecond Ti: Sapphirelaser pulse in air". Optics Communications. 171 (4–6): 285–290. Bibcode:1999OptCo
modulation in nonlinear photonic crystal fiber or integrated waveguide a Ti:sapphirelaser using intracavity self-phase modulation the second harmonic can be
cells). After incubating the cells with the gold nanorods, an 800 nm Ti:sapphirelaser was used to irradiate the cells at varying powers. The authors reported