Arian, Eyal and Lacey, Andrew and McCuan, John and Monk, Peter and Pelesko, John A. and Rakesh, and Please, Colin and Raymond, Chris and Schwendeman, Don and Witelski, Tom (2000) Inverse problems for glass. [Study Group Report]
1. How to obtain the refractive index at points inside a transparent body.
2. How to get desired transmitted and reflected light intensity profiles or distributions bu choosing an appropriate distribution of refractive indices along a fibre.
3. Investigating the use of measured light, for instance its polarization, being re-emitted from the end of a fibre through which a pulse of light had originally been input, towards finding fibre properties.
|Item Type:||Study Group Report|
Information and communication technology
|Study Groups:||US Workshop on Mathematical Problems in Industry > 16th MPI [Delaware 5/6/2000 - 9/6/2000]|
|Deposited By:||Dr Kamel Bentahar|
|Deposited On:||21 Oct 2009 18:36|
|Last Modified:||29 May 2015 19:52|
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