Laser Pulse Phenomena and Applications Part 12 pot

... non-overlapping laser shots. The ablations are carried out with 160 mJ pulses and the frequency of 35 Hz. A typical ablation time is 9 Laser Pulse Phenomena and Applications 326 equipped with a pulse ... from the masses 66 and 128 . The ratio is time independent in the first approximation. Laser Pulse Phenomena and Applications 330 Fig. 6. Surface...

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... order H filt and sixth order H c (f ) implementations of the compensation filter function H c (f). Laser Pulse Phenomena and Applications 182 Display Display and keyboard and keyboard ... response to a pulsed CO 2 laser ___ Experimental Tsettling (1/e) = 24μs °°°° Simulation Tsettling (1/e) = 17μs Laser Pulse Phenomena and Applications 176 beca...

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... A, 112, 3789-3 812. Laser Pulse Phenomena and Applications 390 Our compact LIF system used either frequency tripled or forth harmonic diode pumped Nd:YAG lasers operating at 266 nm and ... 550 fs Fig. 12. The various autocorrelation traces of the pulse for different chirps. Laser Pulse Phenomena and Applications 408 Albani, J. R. (2007). Principles an...

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... Noninvasive and high- resolution optical monitoring of healing of diabetic dermal excisional wounds Laser Pulse Phenomena and Applications 466 Fig. 2. Spinal cord evoked potentials and conduction ... evoked cortical potentials and behavioral reaction patterns. Laser Pulse Phenomena and Applications 460 without habituation are necessary to improve th...

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... laser pulses of rectangular and triangular shape. Laser Pulse Phenomena and Applications 44 and that normal stresses y σ (45) are proportional to the difference of that deformation and ... pulse rise time, t s is the laser pulse duration. For comparative numerical analysis the parameters of functions (2) and (3) are chosen in such a manner that pulse La...

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... T ∗ for 2 ZrO ceramic coating and 40H steel substrate at rectangular laser pulse duration 0.15 s τ = (Yevtushenko et al., 2007). Laser Pulse Phenomena and Applications 56 0 0.02 0.04 ... Where "a" is beam radius in the focal spot. Laser Pulse Phenomena and Applications 64 Fig. 3. Tunnel ionization. The atomic potential affected by the ex...

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... incoherent and they give rise to heterodyne difference (beat) frequencies. We now have a new tool, called heterodyne spectroscopy: 12 12 2 2() 2() 22 12 12 12 12 12 1 12 2 12 12 (, ) [4 ... frequencies across the entire gain bandwidth, rather than an instrumental spectral broadening due to a 100fs laser pulse. Laser Pulse Phenomena and Applications 122 2....

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... focus) Gaussian Flat-top Geometric shadow x z x z Rayleigh range (Depth of focus) Fig. 8. Focusing laser beam: geometrical optics and wave optics approaches. Laser Pulse Phenomena and Applications 222 There are two different cases in ... x- and y-directions is E 00 E 10 E 20 E 11 E 21 E 00 E 10 E 20 E 11 E 21 Fig. 1. Intensity distributions for several Hermite-G...

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... λ 0 = 1μm, one obtains a critical power P c = 2TW 296 Laser Pulse Phenomena and Applications Laser Pulse Phenomena and Applications 312 where ν 0 is the typical molecular vibrational frequency, ... scheme, one laser beam is used to create the relativistic plasma wave, and a second laser pulse which when it collides with 302 Laser Pulse Phenomena and...

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... scattering in dental enamel and dentin at visible and nearinfrared wavelengths [Artikel] // Appl. Opt - 1995. - Bd. 34. - S. 127 8– 128 5. Laser Pulse Phenomena and Applications 418 () 2 () 11 1 ... discussed Laser Pulse Phenomena and Applications 424 Fig. 12. (a) Diagram of Doppler-OCT and (b) the change in the wavelength of scattered light fro...

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