1 - 10 of 14 Search Results for bandpass
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2.
tech_bull_sub50pulse
(PAGE 1 OF 2)
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... fs pulses from your Ti:sapphire amplifier system There are two main factors that effect chirped pulse amplification of sub-50fs pulses: the overall bandpass of the system, and the spectral phase aberrations that interfere with the production of transform limited pulses. The bandpass of the optical system ...
Related Searches: pulse compressor
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3.
Sub-30fs_tech_bull
(PAGE 1 OF 2)
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... reliable sub-30 fs pulses from Ti:sapphire amplifier systems Two main factors affect chirped pulse amplification of sub-30 fs pulses: 1) the overall bandpass of the system, and 2) the spectral phase aberrations that interfere with the production of transform limited pulses. The pulsewidth limitations ...
Related Searches: pulse compressor
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4.
AR_FBG_092004_2
(PAGE 3 OF 4)
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... -written into optical fibers using intense ultra-violet (UV) laser beams. They have many applications including optical filtering, band-blocking and band-pass filtering, dispersion compensation, ASE suppression, and amplifier gain flattening. The development of Fiber Bragg Gratings has played a significant ...
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5.
pdf_127
(PAGE 7 OF 12)
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... cm concave aluminium mirror coated with MgF2, at right angle to the laser axis. The fluorescent light was detected along the optical axis as well. A band-pass filter with 23% transmission at 157 nm and 26 nm bandwidth was placed in front of the crystal sample to reduce the scattered light from the laser ...
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7.
tech_bull_sub50pulse
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Best match in this PDF
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All matches in this PDF
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... fs pulses from your Ti:sapphire amplifier system There are two main factors that effect chirped pulse amplification of sub-50fs pulses: the overall bandpass of the system, and the spectral phase aberrations that interfere with the production of transform limited pulses. The bandpass of the optical system ...
Related Searches: pulse compressor
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8.
AR_FBG_092004_2
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Best match in this PDF
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All matches in this PDF
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... -written into optical fibers using intense ultra-violet (UV) laser beams. They have many applications including optical filtering, band-blocking and band-pass filtering, dispersion compensation, ASE suppression, and amplifier gain flattening. The development of Fiber Bragg Gratings has played a significant ...
Related Searches: fbg | tuilaser | flat top
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9.
OLEreprintCoherent-QUB
(PAGE 2 OF 2)
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... ;QUB was concerned about any spectral clipping that might produce modulation of the spectrum," answered Edstrom. "Having as much stretcher bandpass as possible helps to minimize this effect." Another challenging aspect of the QUB design was matching the amplifier wave length. Because of ...
Related Searches: mackay
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10.
AR_Excimer_Lasers_for_Fiber_Bragg_Grating_Writing_280907
(PAGE 3 OF 4)
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... -written into optical fibers using intense ultra-violet (UV) laser beams. They have many applications including optical filtering, band-blocking and band-pass filtering, dispersion compensation, ASE suppression, and amplifier gain flattening. The development of Fiber Bragg Gratings has played a significant ...
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