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Smart Reasoning:

C&E

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Qaagi - Book of Why

Causes

Effects

the image capturing optical system 31 into the memory 27(passive) caused bya chromatic aberration

an image ... an optical systemcausesa chromatic aberration

ED ED ( Extra low- dispersion ) glasspreventschromatic aberration

an optical system of the aligner(passive) caused bychromatic aberration

the front optical system(passive) caused bya chromatic aberration

the photographing optical system(passive) caused bythe chromatic aberration

the confocal optical system(passive) caused bya chromatic aberration

the lens of the camera(passive) caused bychromatic aberration

Basically extra low dispersion glasspreventschromatic aberration

the refractive lens 60(passive) caused bythe chromatic aberration

The Snypex knight d - ed 10x42 ed ( extra low- dispersion ) glasspreventschromatic aberration

the projection lens system 3(passive) caused bythe chromatic aberration

the composite optical system of the objective lens 12(passive) caused bythe chromatic aberration

the presence of a refractive lens in the projection optical system P3causeschromatic aberration

The Samyang 12 mm optical system ... an aspheric lens ( ASP )to preventchromatic aberration

refraction dispersion(passive) caused bychromatic aberration

the dispersion of the light in the microsphere(passive) caused bythe chromatic aberration

the dispersion of light in the imagingcauseschromatic aberration

an advanced optical design that features a LD ( Low Dispersion ) and an XLD ( Extra Low Dispersion ) lens element made from specialized materialspreventchromatic aberration

the positive refractive lens(passive) caused bythe chromatic aberration

the refractive lens group(passive) caused bychromatic aberration

two ED ( Extra - low Dispersion ) glass elements which helpto preventchromatic aberration

the edge of the complex optical system(passive) caused bychromatic aberration

the image capturing optical system 31 on an image signal entered from the image capturing apparatus(passive) caused bya chromatic aberration

optical system and chromatic aberration correction method US20080031538A1(passive) caused bychromatic aberration

the hologram lens(passive) caused bya chromatic aberration

dispersion of prisms(passive) caused bychromatic aberration

the frequency dispersioncan causechromatic aberration

uncorrected dispersioncan causechromatic aberration

the dispersion propertiescausingchromatic aberration

glass dispersion(passive) caused bychromatic aberration

the influence of dispersion(passive) caused bychromatic aberration

dispersion ... the propertycauseschromatic aberration

atmospheric dispersion(passive) caused bythe chromatic aberration

the magnification change in the entire optical system(passive) caused bychromatic aberration

a lens element made of high - dispersion glass(passive) caused bythe chromatic aberration

a lens having a different refractive index for different wavelengths of light ( the dispersion of the lens(passive) is caused byChromatic aberration

additional lenses in a composite optical system(passive) caused bychromatic aberration

the objective lens 7(passive) caused bythe chromatic aberration

the objective lens 4(passive) caused bythe chromatic aberration

color fringing and halos(passive) caused bycolor fringing and halos

the characteristic color fringing(passive) caused bythe characteristic color fringing

color fringing in my eyescausingcolor fringing in my eyes

Noticeable color fringing(passive) caused byNoticeable color fringing

in lateral color fringingresultingin lateral color fringing

color bleeding and color fringingcausescolor bleeding and color fringing

a loss of sharpness and/or color fringingcausesa loss of sharpness and/or color fringing

unsightly color fringing in your photographscausesunsightly color fringing in your photographs

color fringing at the very edge of the field of viewcausescolor fringing at the very edge of the field of view

color fringing for stunning sharpness and contrastcausescolor fringing for stunning sharpness and contrast

The ED glass eliminates color fringing(passive) is caused byThe ED glass eliminates color fringing

some off - color halos ( “ color fringing ” ) around objects(passive) caused bysome off - color halos ( “ color fringing ” ) around objects

color fringing for high resolution and contrast imagescausescolor fringing for high resolution and contrast images

color fringing that you see around the edges of objectscausescolor fringing that you see around the edges of objects

color fringing High - quality multilayer coatingcausescolor fringing High - quality multilayer coating

color fringing for high - resolution , contrast - rich imagescausescolor fringing for high - resolution , contrast - rich images

color fringing around bright objects in standard achromatscausescolor fringing around bright objects in standard achromats

extreme color - error correction and the prevention of color fringing(passive) can be caused byextreme color - error correction and the prevention of color fringing

color fringing resulting high resolution , contrast - rich imagescausescolor fringing resulting high resolution , contrast - rich images

color fringing ... producing high - resolution , contrast - rich imagescausescolor fringing ... producing high - resolution , contrast - rich images

color fringing ... realizing a contrast - rich and high - resolution viewcan causecolor fringing ... realizing a contrast - rich and high - resolution view

color fringing and produces a cleaner and brighter image than standard binocularscausescolor fringing and produces a cleaner and brighter image than standard binoculars

color fringing to produce a contrast - rich and high - resolution imagecausescolor fringing to produce a contrast - rich and high - resolution image

the color fringing and knows a high - resolution and contrast - rich reputationtriggersthe color fringing and knows a high - resolution and contrast - rich reputation

color fringing and generates a cleaner and brighter picture than ordinary binocularscausescolor fringing and generates a cleaner and brighter picture than ordinary binoculars

color fringing around bright objects and loss of sharpness in standard achromatscausescolor fringing around bright objects and loss of sharpness in standard achromats

in color fringing getting progressively worse towards the edge of , the field of viewresultsin color fringing getting progressively worse towards the edge of , the field of view

color fringing make your view brighter , clearer and deliver crisp images generally speakingcausescolor fringing make your view brighter , clearer and deliver crisp images generally speaking

in color fringing and blurry images due to a failure of a lens to focus all colors to a single convergence pointresultsin color fringing and blurry images due to a failure of a lens to focus all colors to a single convergence point

to the appearance of “ color fringing ” in photographs , most noticeable around high contrast areas like tree branches against the sky or black text on a white piece of paperleadsto the appearance of “ color fringing ” in photographs , most noticeable around high contrast areas like tree branches against the sky or black text on a white piece of paper

to undesired color fringescan leadto undesired color fringes

The usual color fringes(passive) created byThe usual color fringes

color fringes around the imagecausingcolor fringes around the image

color fringes to appear on the edges of an objectcausescolor fringes to appear on the edges of an object

color fringes that deteriorate the clarity of the imagecreatescolor fringes that deteriorate the clarity of the image

color fringing and realizes a contrast - rich and high - resolution image High - quality multilayer coating is applied to all lenses and prisms while dielectric high - reflective multilayer coating is applied to the roof prisms , achieving a bright view of up to 92 % or higher light transmittance , and natural color fidelity Superior waterproof / fog proof performance with a nitrogen - filled body that resists water pressure to a depth and prevents fogging inside the optical system even in low - pressure environmentscausescolor fringing and realizes a contrast - rich and high - resolution image High - quality multilayer coating is applied to all lenses and prisms while dielectric high - reflective multilayer coating is applied to the roof prisms , achieving a bright view of up to 92 % or higher light transmittance , and natural color fidelity Superior waterproof / fog proof performance with a nitrogen - filled body that resists water pressure to a depth and prevents fogging inside the optical system even in low - pressure environments

colour fringing and halos(passive) caused bycolour fringing and halos

a lot of colour fringing(passive) caused bya lot of colour fringing

slight purple fringing(passive) caused byslight purple fringing

abundant purple fringingcausedabundant purple fringing

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Smart Reasoning:

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