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首页> 外文期刊>Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic >Disseminating of Bio-info with respect to different photonic crystal structure through AWS
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Disseminating of Bio-info with respect to different photonic crystal structure through AWS

机译:通过AWS传播不同光子晶体结构的生物信息

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摘要

Photonic crystal structure (PCS), an embryonic research area pertaining to the investigation of various bio-medical parameters where, the motions of photons are modulated due to photonic band gap with respect to different concentration of bio-medical specimens. In the present investigation process, photonic band gap (PBG) of the proposed structure is varied in accordance with the different concentration of biomedical parameters which leads to fetch different output light energy. Further, various biomedical specimens such as glucose in human urine, haemoglobin in human blood, sucrose concentration in hydrogel solution etc have been computed using plane wave expansion (PWE)method by considering GaAs as background material in different photonic crystal structure and all the relevant information are stored in a cloud server (AWS- Amazon Web Service) for wide disseminating of knowledge. A web-based application (http://kaleep.tk/crystalinfo/) is developed and can be access to extract the output energy (in eV)along with the concentration of bio-parameters through Internet for research application.
机译:光子晶体结构(PCS),胚胎研究面积与各种生物医学参数的研究有关的,其中,由于光子带隙相对于不同浓度的生物医学标本,光子的运动被调节。在本发明的研究过程中,所提出的结构的光子带隙(PBG)根据不同的生物医学参数浓度而变化,这导致采集不同的输出光能。此外,通过将GaAs视为不同光子晶体结构的背景材料和所有相关信息,使用平面波膨胀(PWE)方法计算了人类尿液中的各种生物医学标本,人血液中的血红蛋白,人血液中的血红蛋白,水凝胶溶液中的蔗糖浓度等。存储在云服务器(AWS-亚马逊Web服务)中,以便广泛传播知识。开发了基于Web的应用程序(http://kaleep.tk/crystalinfo/),可以通过互联网进行研究应用,进入输出能量(在EV中)以及生物参数的浓度。

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