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the detected tilt of the optical disc(passive) caused bycoma aberrations
the tilt of the optical disc 20(passive) caused bycoma aberration
the tilt of the optical recording medium 189(passive) caused bycoma aberration
skew of an optical disc(passive) caused bycoma aberration
the tilt of an optical disk and defocus properties(passive) caused bycoma aberration
the tilt of the optical disk 1 according to the following formula ( 4(passive) caused bycoma aberration
a tilt of the recording medium(passive) caused bya coma aberration W31
inclination of the optical disk 5(passive) caused bythe coma aberration
the inclination of the optical disk 1(passive) caused bycoma aberration
a surface tilt of the objective lens 71(passive) caused bycoma aberrations
a surface tilt of the objective lens 7(passive) caused bycoma aberrations
a surface tilt of the objective lens 61(passive) caused bycoma aberrations
the disk tilt(passive) caused bythe coma aberration
tilt of the optical recording medium starts(passive) caused bycoma aberration
the tilt of the optical recording medium 8(passive) caused bythe coma aberration
deformation or inclination of the optical disk considering(passive) caused bythe coma aberration
the tilting of the optical disk 1 in the radial and tangential directions(passive) caused bycoma aberration
the inclination ( skew ) of the optical disk(passive) caused bythe coma aberration
a relative tilt error between the objective lenses when components of the optical pickup device are actually combined(passive) caused bycoma aberration
a relative tilt between the objective lens and the recording medium(passive) caused bycoma aberration
the tilted angle of the optical disk 18 , or both data items , and stores the data(passive) caused bycoma aberration data
tilting of the optical disk substrate possible(passive) caused bythe coma aberration
the tilt of the objective lens and other lens elements in addition to the tilt of the disk(passive) can also be caused byThe coma aberration
relative inclination of the optical system with respect to the optical disc.05 - 12 - 2011 20110122746Assembly Method of Optical Pickup and(passive) caused bycoma aberration
eccentricity , astigmatism , distortion(passive) caused bycoma aberration
tilting of the optical disc increases(passive) caused bycoma aberration
tilt ( inclination ) of an optical recording medium(passive) caused bycoma aberration
disc tilt(passive) caused bycoma aberration
horizontal misalignment for both DVDs and CDs(passive) caused bycoma aberration
relative inclination of the optical system with respect to the optical disc.2011 - 05 - 12 20110110209OPTICAL INFORMATION MEDIA , SYSTEMS , AND METHODS FOR PROVIDING UBIQUITOUS READ AND(passive) caused bycoma aberration
the disk inclination(passive) caused bycoma aberration
relative inclination of the optical system with respect to the optical disc.06 - 23 - 2011 Tatsunari Yanagisawa , Takahama - Shi JP 20100239468EXHAUST GAS PURIFYING APPARATUS AND METHOD FOR(passive) caused bycoma aberration
increasing the NA(passive) caused bycoma aberration
misalignment of an optical axis with respect to the objective lens 6(passive) caused bya coma aberration
the warp of the optical information recording medium and the coma aberration caused by the residual errors due to the limitation of component accuracy and assembly accuracy(passive) caused byThe coma aberration
tilting of the optical disk and spherical aberration caused by thickness variations of optical disks(passive) caused bycoma aberration
an inclination of the optical disc 1 with respect to the objective lens(passive) is caused bya coma aberration ,
tilt of the second blue - ray optical recording medium 110 b similar to embodiment 1(passive) caused bycoma aberration
the radial directional tilt(passive) caused bythe coma - aberration
the lens tilt angle(passive) caused bythe coma aberration
mainly in the area of the cone where the epithelium is thinnestoriginatingmainly in the area of the cone where the epithelium is thinnest
from focus position adjustmentresultingfrom focus position adjustment
from the symmetric electromagnetic fieldresultingfrom the symmetric electromagnetic field
rays from an off - axis point of light in the object plane to create a trailing " comet - like " blur directed away from the optic axis ( for positive comacausesrays from an off - axis point of light in the object plane to create a trailing " comet - like " blur directed away from the optic axis ( for positive coma
from a radial tilt in the optical diskresultingfrom a radial tilt in the optical disk
from a tilt of the optical disk 11resultingfrom a tilt of the optical disk 11
when the optical recording medium 29 is inclined to the incident lightcreatedwhen the optical recording medium 29 is inclined to the incident light
from the change in magnification with ray height at the aperture , 1979 , ppresultingfrom the change in magnification with ray height at the aperture , 1979 , pp
for use in correcting for the tilt of the optical disk 1is ... causedfor use in correcting for the tilt of the optical disk 1
due to disc tiltcauseddue to disc tilt
to the characteristic deformation of the images printed from the zones within the test target so that the zones are opened and oriented toward a point corresponding to the coma aberrationleadsto the characteristic deformation of the images printed from the zones within the test target so that the zones are opened and oriented toward a point corresponding to the coma aberration
due to entry of finite light beams , and stable recording or reproducing in the respective layers of a multilayer mediumcauseddue to entry of finite light beams , and stable recording or reproducing in the respective layers of a multilayer medium
from the magnetic lenses 2 , 3 and coma aberration resulting from the deflection units 4resultingfrom the magnetic lenses 2 , 3 and coma aberration resulting from the deflection units 4
in the peripheral part of the screen by optimizing a ratio between curvatures of an emergent surface S3 and an incident surface S4 thereofcausedin the peripheral part of the screen by optimizing a ratio between curvatures of an emergent surface S3 and an incident surface S4 thereof
to be decreased in this way ... optical discs including the transparent base having thickness of 1.2 mm and optical discs including the transparent base having thickness of 0.6 mm would be used in mixed state as the above - mentioned optical discis causedto be decreased in this way ... optical discs including the transparent base having thickness of 1.2 mm and optical discs including the transparent base having thickness of 0.6 mm would be used in mixed state as the above - mentioned optical disc
asymmetry of the sidelobes(passive) is caused byasymmetry of the sidelobes
in not only line width variations and/or pattern asymmetryresultin not only line width variations and/or pattern asymmetry
This problem(passive) is caused byThis problem
due to a tilt or the like of an optical information recording medium 2causeddue to a tilt or the like of an optical information recording medium 2
during image stabilizationcausedduring image stabilization
rays from an off - axis point of light in the object plane to create a trailing � comet - like � blur directed away from the optical axiscausesrays from an off - axis point of light in the object plane to create a trailing � comet - like � blur directed away from the optical axis
to these aberration correctioncontributesto these aberration correction
in the recording layers whose base material thicknesses are 100 μmcreatedin the recording layers whose base material thicknesses are 100 μm
by focusing the image AGA through angled glass surfacescausedby focusing the image AGA through angled glass surfaces
the beam spot on the screen of a cathode - ray tube to resemble vakuta cometcausesthe beam spot on the screen of a cathode - ray tube to resemble vakuta comet
in turnleadsin turn
a “ flaring ” of images towards the optical axiscausesa “ flaring ” of images towards the optical axis
in off - axis light points appearing as having a tail ... like a cometresultsin off - axis light points appearing as having a tail ... like a comet
the wave aberration(passive) caused bythe wave aberration
the laser beam emitted from the photo diode to not be focused at a point and looks like a comet - shaped image when the laser beam goes through the objective lens off from an optical axis at an anglecausesthe laser beam emitted from the photo diode to not be focused at a point and looks like a comet - shaped image when the laser beam goes through the objective lens off from an optical axis at an angle
from the decentration of the optic systemresultsfrom the decentration of the optic system
in a point object being turned into a pear - shape or comet shape at the focal planeresultsin a point object being turned into a pear - shape or comet shape at the focal plane
from said tiltresultingfrom said tilt
by that the center of the objective lens deviates from the center of the second spherical aberration correcting element is corrected by inclining or moving one of the first and second relay lenses in the radial direction of the third optical recording mediumcausedby that the center of the objective lens deviates from the center of the second spherical aberration correcting element is corrected by inclining or moving one of the first and second relay lenses in the radial direction of the third optical recording medium
an image formation of the optical spot on which the laser beam is supposed to focus into a pointpreventsan image formation of the optical spot on which the laser beam is supposed to focus into a point
when a light beam is incident on the optical disc in a direction inclined with respect to the optical axis ( mainly to the optical axis of the objective lenscausedwhen a light beam is incident on the optical disc in a direction inclined with respect to the optical axis ( mainly to the optical axis of the objective lens
by that the center of the objective lens deviates from the center of the second spherical aberration correcting element is corrected by inclining the objective lens in the radial direction of the third optical recording mediumcausedby that the center of the objective lens deviates from the center of the second spherical aberration correcting element is corrected by inclining the objective lens in the radial direction of the third optical recording medium
This warp of the pits(passive) is caused byThis warp of the pits
in the third lens unitcausedin the third lens unit
the wavefront aberration(passive) caused bythe wavefront aberration