…laser, as well as the introduction of X-WaveTM broadband optics, Mira lasers feature even higher performance, and are significantly easier to use. Indeed, with Ti:S technology at its core, the all-solid-state Mira 900 has become the premier widely-tunable, modelocked laser available for both femtosecond…
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…introduction in 2002, widely tunable (i.e. > 200 nm) one-box ultrafast lasers such as the Chameleon family broadened the scope for femtosecond pulses by combining state-of-the-art performance with hands-free use and easy operation. Successive generations of these lasers offered improved performance by…
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…discovery of the laser, a significant level of scientific research has relied heavily on advanced laser technology. The remainder of laser usage falls into the commercial, industrial and medical categories. Whether using single-frequency lasers for high-resolution spectroscopy, femtosecondlasers for ultrafast…
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…Paper Mira OPO - Wider Wavelength Tunability and Greater Flexibility Based on unique fan-poled crystal technology, the latest Mira OPO provides independent tuning of pump and OPO wavelengths, wider OPO tuning with deeper IR access, and even the option of femtosecond or picosecond pulses. Overview The…
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…Paper Mira OPO - Wider Wavelength Tunability and Greater Flexibility Based on unique fan-poled crystal technology, the latest Mira OPO provides independent tuning of pump and OPO wavelengths, wider OPO tuning with deeper IR access, and even the option of femtosecond or picosecond pulses. Overview The…
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…velocity map imaging [1] has become a leading research tool for the study of molecular dynamics. This method combines wavelength tunable pulsed lasers on the nanosecond to femtosecond time-scale, molecular beams, and two-dimensional position sensitive detectors in order to record the anglevelocity distribution…
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…Laser manufacturers have supported these cutting edge imaging techniques with a variety of new laser tools and accessories. This article reviews recent developments in ultrafast lasers and examines some research that exploits their performance. Ultrafast Lasers and 3-Dimensional Imaging Ultrafast (femtosecond…
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…:sapphire flexibility bridges a wide range of applications ltrafast-laser amplifiers have evolved into reliable, easy-touse tools with ready access to a wide range of output characteristics. For many research applications, wavelength tunability is a necessary requirement that can now be conveniently achieved…
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…range of x-ray wavelengths, with ultrafast laser systems enabling both enhanced FEL operation and diverse pump-probe experiments. ALAN FRY, MILTCHO DANAILOV, and MARCO ARRIGONI New generations of free electron lasers (FELs) provide high-brightness femtosecond pulses of coherent x-rays at wavelengths shorter…
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