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mission:log:2014:11:28:using-nanopatterns-from-blu-ray-discs-to-boost-pv-solar-conversion-efficiency [2014-11-28 11:20] – [Blu-Ray nanopatterns to boost solar (PV) efficiency] chronomission:log:2014:11:28:using-nanopatterns-from-blu-ray-discs-to-boost-pv-solar-conversion-efficiency [2014-12-23 10:36] (current) – [Blu-Ray nanopatterns to boost solar (PV) efficiency] chrono
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 Now, a couple of researchers with interdisciplinary and seemingly non-related backgrounds published the concept to apply a quasi-random nano-structure to a solar (PV) cell in order to increase the absorption of photons (decrease reflection) and reported an overall broadband absorption enhancement of that solar cell to be 21.8%, when a Blu-Ray land/pit pattern is applied.  Now, a couple of researchers with interdisciplinary and seemingly non-related backgrounds published the concept to apply a quasi-random nano-structure to a solar (PV) cell in order to increase the absorption of photons (decrease reflection) and reported an overall broadband absorption enhancement of that solar cell to be 21.8%, when a Blu-Ray land/pit pattern is applied. 
  
-From the little info what I could get, it seems they've just tried different materials for this approach and discovered that Blu-Ray's compression algorithm (tested with Jackie Chan - Police Story 3: Supercop) creates a favorable quasi-random array of lands and pits (0s and 1s) with feature sizes between 150 and 525 nm, which seems to work quite well for light-trapping (photon management) applications over the entire solar spectrum. +From the little info publicly available, it seems they've just tried different materials for this approach and discovered that Blu-Ray's compression algorithm (tested with Jackie Chan - Police Story 3: Supercop) creates a favorable quasi-random array of lands and pits (0s and 1s) with feature sizes between 150 and 525 nm, which seems to work quite well for light-trapping (photon management) applications over the entire solar spectrum. 
  
 [[http://www.mccormick.northwestern.edu/news/articles/2014/11/blu-ray-disc-can-be-used-to-improve-solar-cell-performance.html|http://www.mccormick.northwestern.edu/news/articles/2014/11/]] [[http://www.mccormick.northwestern.edu/news/articles/2014/11/blu-ray-disc-can-be-used-to-improve-solar-cell-performance.html|http://www.mccormick.northwestern.edu/news/articles/2014/11/]]
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