An important task of in vivo polarimetric glucose sensing is to find an appropriate way to optically access the aqueous humor of the human eye. In this paper two different approaches are analyzed theoretically and applied to the eye model of Le Grand. First approach is the tangential path of Coté et al., and the second is a new scheme of this paper of applying Brewster reflection off the eye lens. © 2002 SPIE · 1605-7422/02/$15.00.
Polarimetric glucose sensing using Brewster-reflection off of eye lens: Theoretical analysis / Bockle, S.; Rovati, L.; Ansari, R. R.. - 4624:(2002), pp. 160-164. ( SPIE photonics west S. Francisco 2002) [10.1117/12.468320].
Polarimetric glucose sensing using Brewster-reflection off of eye lens: Theoretical analysis
Rovati L.
;
2002
Abstract
An important task of in vivo polarimetric glucose sensing is to find an appropriate way to optically access the aqueous humor of the human eye. In this paper two different approaches are analyzed theoretically and applied to the eye model of Le Grand. First approach is the tangential path of Coté et al., and the second is a new scheme of this paper of applying Brewster reflection off the eye lens. © 2002 SPIE · 1605-7422/02/$15.00.
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