- https://doi.org/10.1007/978-1-4614-5699-5_3
Optical Path in Cavity
- Oct 29, 2012
- Yuan Li
Using ray tracing and optical path iteration, this section present a mathematical model for light transmission, absorption, and loss in fiber-based organic photovoltaics (Reprinted with permission from [1], Copyright 2009, American Institute of Physics). Simulations based on this model give an optimum incident angle, position and an optimum aspect ratio in terms of other parameters of the fiber photocell. Further, the predicted relationship between current generation and incident angle correlates well with experimental data for a given fiber length. Finally, we show that experimental results on current generation versus fiber diameter are well reproduced by our simulation for fiber diameters of the order of the wavelength of incident light.
- # American Institute Of Physics
- # Optimum Aspect Ratio
- # Mathematical Model For Transmission
- # Current Incident Angle
- # Absorption In Photovoltaics
- # Ray Tracing
- # Fiber Diameter
- # Fiber Length
- # Optical Path
- # Current Generation