lens |
lental |
As nouns the difference between lens and lental
is that
lens is lentil while
lental is .
As an adjective lental is
of or pertaining to a lens.
lens |
retrolental |
In anatomy terms the difference between lens and retrolental
is that
lens is the transparent crystalline structure in the eye while
retrolental is situated behind a lens (of the eye).
As a noun lens
is an object, usually made of glass, that focuses or defocuses the light that passes through it.
As a verb lens
is to film, shoot.
As an adjective retrolental is
situated behind a lens (of the eye).
lens |
coloboma |
As nouns the difference between lens and coloboma
is that
lens is lentil while
coloboma is an abnormal hole present from birth in one of the structures of the eye, such as the lens, eyelid, or retina.
lens |
parfocal |
As a noun lens
is lentil.
As an adjective parfocal is
having multiple lenses that have corresponding focal points in the same plane.
lens |
lensed |
As a noun lens
is lentil.
As an adjective lensed is
(chiefly|in combination) having a (specified form of) lens.
lens |
crystallin |
As nouns the difference between lens and crystallin
is that
lens is lentil while
crystallin is (protein) a globulin found in the lens of the eye.
lens |
sunglass |
As nouns the difference between lens and sunglass
is that
lens is lentil while
sunglass is singular form of sunglasses; used chiefly in compounds.
lens |
optometer |
As nouns the difference between lens and optometer
is that
lens is an object, usually made of glass, that focuses or defocuses the light that passes through it while
optometer is an instrument for measuring the focus of the lens of the eye.
As a verb lens
is to film, shoot.
lens |
aphakia |
As nouns the difference between lens and aphakia
is that
lens is lentil while
aphakia is the absence of the lens of the eye.
lens |
superlens |
As nouns the difference between lens and superlens
is that
lens is lentil while
superlens is (physics) any of several lenses, often built using material with negative refractive index, that can resolve images having dimensions less than that of the wavelength of light used.
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