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Furthermore, a compact autocorrelation system assuring a background-free measurement of the optical pulse length is described.
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The femtosecond laser (Spitfire Pro, Newport Spectra-Physics GmbH, Darmstadt, Germany) provides pulses for both aberration measurement and optical breakdown generation with a central wavelength of 795 nm and pulse length of 120 fs.
Moreover, the relationship between the spectrum efficiency and the length of pulse trains and the robustness of the optical pulse shaper are analyzed.
To achieve the optimum irradiation condition for UV/FEL-MALDI, the length of the micropulse train and the timing of the optical pulse sequence have to be controlled arbitrarily.
A single laser pulse at 355 nm generated from a pulsed Q-switched Nd YAG laser (Continuum, Santa Clara, CA), with a pulse length of 8 ns and energy output in the range of 200 1000 μJ (measured at the end of the optical fiber), was applied to an HEK-293S cell via optical fiber.
Coherent lengths of the generated supercontinuum light sources are found 8.91μm for 2.5 ps input optical pulse and 5.41μm for 1.0 ps input optical pulse.
About 85 nm 10 dB spectral bandwidths for 2.5 ps input optical pulse and 140 nm 10 dB spectral bandwidths for 1.0 ps input optical pulse have been observed using the same fiber length of 200 m and input optical power of 15 W.
For laser emission, the device is optically pumped by pulse lengths of about 200 fs, and the optical pump wavelength of λ = 400 nm is considered.
(a) Pulse length effect on EVM.
(b) Pulse length effect on ACLR.
The 90° 13C pulse length was 4 μs.
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