05/18/2020

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Carlos Mora Black The paint shines beautifully, but in fact but not 100%. If you look closely, small scratches, "Hologram" and a large foggy in the paint are visible. Now for the first time, this "modern piano varnish" can get a special polishing method a deeper black: the new technology enhances the reflectivity of the surface (technical term: "Gloss") and produces a very deep black sheen. ... the result is phenomenal and very embarrassing for all renowned painters of the piano: a black without veil, smears and even smallest polishing scratches! The wing is an irresistibly deep black. The hardness of the surface remains the same, by the way, but it has less scratches. Filed under: Jim Hackett. For this reason, the gloss is much higher. The shine is crafted to the highest quality to ensure the finish of the paint, the so-called "Polishing" today at upper class limousines by hand made. The same is true in piano construction. "We use state of the art technology", emphasizes the piano Builder "such is high quality" but achieve only devotion and years of experience. We look forward enormously to the result." Carlos Mora, who has studied also physics and learned the organ building, checked the surface after the operation with a gloss level meter. The measured values are sensational, the change in comparison to the original surface for the eye clearly. Mora impressed, "the only totally scratch free surface of the world is the surface of the crystal clear water - and there we come very close. This means that the instrument after having a virtually scratch-free surface. This is really important, because at the concert's vast provided cover of the wing at an angle - and in this perspective, you can see every smallest scratches on the surface." Such editing is possible according to...
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The Mossa Thus, they reaffirm the statistical survey by Barbosa and Martins, which for the year 2007 audited Web sites about eye floaters on their information content and thereby found that 53% of primarily commercially-oriented Internet information in terms of medicinal knowledge are deficient. The two approaches referred to in the literature against mouches volantes are the treatment by the ND: YAG laser and the vitrectomy. Laser for the treatment with the laser there are no controlled trials, only case reports with some low number of cases. Aims the laser treatment, the haze with the laser beam to Zoom out or in the presence of several small Opacities, to meet the lofty posterior vitreous boundary layer to remove the haze from the optical axis. Patients need multiple criteria (such as type, number, size, location of mouches volantes) satisfy overlook a successful treatment. Even with careful selection success rate only between 30% and 50%. Possible side effects are clouding of the crystalline lens, small retinal hemorrhage and retinal defects and withdrawals. The low number of cases can be generalizations to (Krepler/Binder, 2009; however the success rate nor the side effects Sendrowski/Bronstein, 2010). Vitrectomy which was PARS plana vitrectomy due to the high risks (retinal defects, retina withdrawals, bleeding and infection, cataract formation with high probability) rarely mouches volantes applied. Recent case studies confirm the pars plana vitrectomy, but an overwhelming success rate, when looking at patient satisfaction,. namely against 100%. Lens are both Visusverbesserungen of Visual acuity as well Visusverschlechterungen due to cataract found approx. 30%. Reducing this hoped for on the application of modern Mirkoinzisions vitrectomy (25-gauge, 23-gauge) and the retinal defects and withdrawals, still nothing can be said out, absence of studies on their effectiveness. Nevertheless it is carried floaters in patients with symptomatic mouches (Krepler/Binder, 2009; Sendrowski/Bronstein, 2010). A variant...

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