Optics: Contact lenses properties and materials

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Beschreibung

Quality of retinal image is affected by light diffraction in the eye's pupil, aberrations, and intraocular scattering, and hence there are so many vision problems such as refractive errors, Age-related macular degeneration defocus and Diabetic retinopathy which affect the eyesight and they can be treated with the eyeglasses, contact lenses and intraocular lenses IOLs. Contact lenses are thin, clear plastic disks, just like eyeglasses can improve vision problems such as refractive errors while intraocular lens that is placed surgically inside the eye. High performance contact lenses can be made of polymers with high transparency nanocomposites because of the need for optical plastic merits such as light weight, transparency, biocompatibility to the human eye tissues, the ability to modify its refractive index and abbe number. The evolution of polymer properties utilized in optical applications focuses on the refractive indecies, transparency and abbe number of the optical plastics that can be employed in the CLs fabrication or enhancement of them.

Autorentext

Lina M. Shaker, is an assistant lecturer at University of Technology. Lina has a Bachelor degree in laser and electronics from Department of Laser and Optoelectronics at the University of Technology, Baghdad-Iraq. She has the master degree from the same Department. She has published three scientific papers.



Klappentext

Quality of retinal image is affected by light diffraction in the eye's pupil, aberrations, and intraocular scattering, and hence there are so many vision problems such as refractive errors, Age-related macular degeneration defocus and Diabetic retinopathy which affect the eyesight and they can be treated with the eyeglasses, contact lenses and intraocular lenses IOLs. Contact lenses are thin, clear plastic disks, just like eyeglasses can improve vision problems such as refractive errors while intraocular lens that is placed surgically inside the eye. High performance contact lenses can be made of polymers with high transparency nanocomposites because of the need for optical plastic merits such as light weight, transparency, biocompatibility to the human eye tissues, the ability to modify its refractive index and abbe number. The evolution of polymer properties utilized in optical applications focuses on the refractive indecies, transparency and abbe number of the optical plastics that can be employed in the CLs fabrication or enhancement of them.

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Produktinformationen

Titel
Optics: Contact lenses properties and materials
Autor
EAN
9786139453580
ISBN
978-613-9-45358-0
Format
Kartonierter Einband
Herausgeber
LAP Lambert Academic Publishing
Genre
Physik & Astronomie
Anzahl Seiten
68
Gewicht
120g
Größe
H4mm x B220mm x T150mm
Jahr
2019
Untertitel
Englisch
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