1 - 7 of 7 Search Results for schwarzschild objective
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1.
OLEreprintCOHERENTJul07
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... -speed,economicalfabricationofnanostructuresoverlarge sample areas, we have also developed an irradiation setup based on a homemade Schwarzschild-type reflecting objective. Thisdeviceprovidesafieldsizeupto1mm2 , a numerical aperture of at least 0.25 and a demagnification of 15-30. This entire optical ...
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3.
pdf_119
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1 A PUBLICATION BY LAMBDA PHYSIK · JANUARY 2002 · No. 59 LAMBDA HIGHLIGHTS crystal or near-single-crystal silicon films that cannot be produced by the line beam method. However, James Im at Columbia University (New York, NY) has developed a new process called excimer laser-based sequential lateral ...
Related Searches: lpx | basting | homogenizer
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4.
pdf_119
(PAGE 12 OF 12)
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... Lambda Highlights No. 59 ures. Grating areas in the range of square millimeters and even square centimeters are possible, whereas gratings made by a Schwarzschild objective are limited to areas of a few hundred square micrometers in the best case. However, the requirements for the beam profile are more ...
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5.
pdf_119
(PAGE 11 OF 12)
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... in the planar polymer waveguides of thicknesses of around 600 nm: Direct illumination of a grating phase mask and imaging of a grating mask by a Schwarzschild objective. Both methods use the two first diffraction orders of the grating to interfere on the polymer surface while the zero order signal is ...
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6.
ExcimersPushMachingLimitsforResolutionRev2
(PAGE 2 OF 3)
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... attenuation, cylindrical lens arrays expand and homogenize the beam for uniform illumination of the mask at the desired laser fluence. Using a Schwarzschild objective with 25 × magnification, the illuminated mask is imaged onto the sample located on precision stages. The whole system is surrounded by ...
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7.
OLEreprintCOHERENTJul07
(PAGE 2 OF 2)
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... high-speed, economical fabrication of nanostructures over large sample areas, we have also developed an irradiation setup based on a homemade Schwarzschild-type reflecting objective. This device provides a field size up to 1 mm2, a numerical aperture of at least 0.25 and a demagnification of 15-30. ...
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