yag:nd laser ekspla nl640...(nlo) coefficients of thin films (maker fringe technique), second order...

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Equipment YAG:Nd laser EKSPLA NL640 Photo: Technical details: YAG:Nd laser EKSPLA NL640 laser Wavelength: 1064 nm, 532 nm Repetition rate: 0 – 40 kHz Pulse duration: 6 – 14 ns Maximal output power 6 W at 40 kHz (1064 nm) Pulse energy 0.5 mJ at 5 kHz (1064 nm) Beam diameter: 0.7 mm Applications: Laser is currently beeing used for determination of nonlinear optical (NLO) coefficients of thin films (Maker fringe technique), second order polarizbility measurements of NLO melecules in solutions (HRS measurements) so as for Kurtz powder tests. Contact person: Dr. Phys. Mārtiņš Rutkis, E-mail: [email protected], Phone +371 67260787, room 228

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Page 1: YAG:Nd laser EKSPLA NL640...(NLO) coefficients of thin films (Maker fringe technique), second order polarizbility measurements of NLO melecules in solutions (HRS measurements) so as

Equipment YAG:Nd laser EKSPLA NL640

Photo:

Technical details: YAG:Nd laser EKSPLA NL640 laser

Wavelength: 1064 nm, 532 nm Repetition rate: 0 – 40 kHz Pulse duration: 6 – 14 ns Maximal output power 6 W at 40 kHz (1064 nm) Pulse energy 0.5 mJ at 5 kHz (1064 nm) Beam diameter: 0.7 mm

Applications: Laser is currently beeing used for determination of nonlinear optical (NLO) coefficients of thin films (Maker fringe technique), second order polarizbility measurements of NLO melecules in solutions (HRS measurements) so as for Kurtz powder tests.

Contact person: Dr. Phys. Mārtiņš Rutkis, E-mail: [email protected], Phone +371 67260787, room 228