Transparent Ceramics. Adrian Goldstein

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OPA–CPA amplifier based on chirped pulse amplification PCA polycrystalline (ceramic) alumina PECS pulsed electric current sintering (alternative to SPS) PL photo luminescence PLE photo luminescent emission PLED power LED PLZT La containing PZT PMN plumb magnesium niobate Po porosity [vol%] PoSD pore size distribution PS pressureless (viz., at around 1 atm. of gas pressure) sintering PSD particle size distribution PT ceramic with composition located in the PbO–TiO2 system PVDF polyvinylidene fluoride PW power [W] PZT ceramic with composition located in the PbO–ZrO2–TiO2 system; main source of piezoceramics R gas constant R reflectance RE + rare-Earth cation RIT real in-line transmission RT room temperature RTP ready-to-press powder S scattered fraction of incident EMR beam intensity SEM scanning electron microscope SIMS secondary ions mass spectroscopy SOX solid oxides SPS spark-plasma sintering STEM scanning TEM t tetragonal t a 0 post-sintering annealing (mostly in air) temperature t f melting (fusion) temperature t g glass transition temperature t l liquidus temperature (phase diagrams) t s 0 sintering temperature T transmittance (T% transmission percentage) T% transmission (in %) as a function of wavelength TC transparent ceramic TD or ρ theoretical density [g/cm3] TEM transmission mode electron microscope TEOS tetra-ethyl-ortho-silicate TFT total forward transmission TGC transparent glass-ceramic TGG Terbium, Gadolinium garnet TM+ transition element cation TRS transversal rupture strength T-YAG (or other transparent YAG transparent ceramic compound) TZP tetragonal zirconia polycrystals UV ultraviolet domain of the spectrum (10 to ∼380 nm) VIS segment of the electromagnetic radiation spectrum to which the human eye is sensitive (∼0.38 to ∼0.75 μm) VS sintering under vacuum WLED white light emitting LED X powder particle size XRD X-ray diffraction YAG Yttrium, Aluminum garnet YSAG scandium containing [K−1] thermal expansion coefficient [°C/K] γ surface tension [N/m] Δ small variation ε extinction coeff. [l/(mol cm)] λ wavelength [nm, μm] λ th thermal conductivity [W/Km] ν frequency [Hz] ν - wave number [cm−1] τ time φ phase of wave

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