Laser Technology for Defense and Security XIII
Proceedings Volume 10192 is from: Logo
9-13 April 2017
Anaheim, California, United States
Front Matter: Volume 10192
Proc. SPIE 10192, Front Matter: Volume 10192, 1019201 (2 June 2017);
Novel Lasers and Laser Designs
Proc. SPIE 10192, Polarized millijoule fiber laser system with high beam quality and pulse shaping ability, 1019207 (1 May 2017);
Mid-IR Laser Materials and Crystalline Fiber Development
Proc. SPIE 10192, Efficient Pr3+ laser material excitation by three-for-one cross-relaxation, 1019209 (1 May 2017);
Proc. SPIE 10192, Doping transition metal ions into laser host crystals by hot isostatic pressing (HIP) (Conference Presentation), 101920A ();
Laser Diode Development
Proc. SPIE 10192, High-power pump diodes for defense applications, 101920D (1 May 2017);
Proc. SPIE 10192, Single and dual-chip high peak-power semiconductor laser, 101920E (1 May 2017);
Proc. SPIE 10192, High-temperature diode laser pumps for directed energy fiber lasers (Conference Presentation), 101920F ();
Laser Applications: Beam Combining
Proc. SPIE 10192, A compact dual-wavelength fiber laser: some design aspects, 101920G (1 May 2017);
Proc. SPIE 10192, Direct-diode laser illumination and pointing at eye-safe SWIR wavelengths, 101920H (1 May 2017);
Proc. SPIE 10192, Analysis of a space debris laser removal system, 101920I (1 May 2017);
Proc. SPIE 10192, Remote laser drilling and sampling system for the detection of concealed explosives, 101920J (1 May 2017);
Proc. SPIE 10192, Target-in-the-loop phasing of a fiber laser array fed by a linewidth-broadened master oscillator, 101920K (1 May 2017);
Poster Session
Proc. SPIE 10192, From visible to mid-infrared supercontinuum generation using tellurite fiber with 1064 nm pump, 101920M (1 May 2017);
Proc. SPIE 10192, Theoretical analysis of fused tapered side-pumping combiner for all-fiber lasers and amplifiers, 101920N (1 May 2017);
Proc. SPIE 10192, Damage characteristics of the optical element in resonant cavity irradiated by high-power continuous-wave laser, 101920O (1 May 2017);
Proc. SPIE 10192, Laser ablation molecular isotopic spectroscopy (LAMIS) towards the determination of multivariate LODs via PLS calibration model of 10B and 11B Boric acid mixtures, 101920P (1 May 2017);
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