“Giant” self-assembled mesostructured silica sphere characterised using a doped fluorophore and an AMOLED mobile screen as the excitation source

John Canning,Angelica Lau,Masood Naqshbandi,Ingemar Petermann,Maxwell J Crossley

Quantum Electronics Conference & Lasers and Electro-Optics（2011）

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摘要

Using the emission for the blue OLED component of a HTC Android Phone, a Rhodamine 123 doped silica mesostructured shell, fabricated by evaporative self-assembly on a super hydrophobic surface, is excited with blue light and the fluorescence image taken. The results demonstrate the potential of smart mobile platforms as optical hardware for portable and intelligent diagnostics as well as illustrating the fabrication of large mesostructured spheres.

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关键词

dyes,fluorescence,hydrophobicity,optical fabrication,optical materials,organic light emitting diodes,self-assembly,silicon compounds,smart phones,amoled mobile screen,htc android phone,rhodamine 123 doped silica mesostructured shell,sio2,blue oled component,blue light,doped fluorophore,evaporative self-assembly,excitation source,fluorescence image,giant self-assembled mesostructured silica sphere,intelligent diagnostics,optical hardware,portable diagnostics,smart mobile platforms,superhydrophobic surface,fluorescence imaging,self assembly

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