Mathematical Modelling of Electron Transport Through the Anode (TiO2) of a Standard Dye-sensitized Solar Cell

Efurumibe, E.L.; Asiegbu, Anyalewechi Daniel; Onuu, Michael U.

doi:10.3923/ajaps.2012.33.42

Cited by 13 publications

(5 citation statements)

References 9 publications

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“…Az organikus napelem-celláknál megismert ciklikus működési elv szerint, sok tekintetben hasonló módon állít elő kémiai kötésben tárolt elektrosztatikus energiát az elnyelt fotonok energiájából a fotoszintézis fényszakasza is [28]. A napelem-celláknál az előzőekben látott négyes tagolású elektron-ciklus a fotoszintézis fényszakaszánál is alkalmazható, sok tekintetben jól leírja ezt a bonyolult és összetett reakciósorozatot.…”

Section: áBra a Fotoszintézis Vázlataunclassified

Analógiák a fizikatanításban

Csernovszky¹

2018

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Analógiák a napelemek tanításában………………………………………..…4Napelemek a fizikaérettségin …………………………………………………………….4 Napelemek-történeti áttekintés …………………………………………………………...6 Organikus napelem-cella felépítése……………………………………………………….7 Középiskolai projektek……………………………………………………………………9 1.Elektron-ciklusok egységes tagolása napenergia-átalakító rendszerekben...11

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Section: áBra a Fotoszintézis Vázlataunclassified

Analógiák a fizikatanításban

Csernovszky¹

2018

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“…Sun based vitality as of now speaks to the most copious, boundless, non-contaminating, compelling, and free vitality asset accessible in practically all pieces of the world (Andoh et al, 2007), (Safari & Gasore, 2009) , (Sreejaya et al, 2011) & (Chattopadhyay et al, 2011). In the event that the accessible sun powered vitality on the earth is appropriately tackled the world might not have a requirement for non-renewable energy source any more (Efurumibe et al, 2012) & (Khatib et al, 2009). As of late, impressive consideration has been paid to sunlight based warm focusing frameworks which are viewed as ecologically neighborly options in contrast to regular warm power frameworks.…”

Section: Introductionmentioning

confidence: 99%

Parametric optimization of Solar Parabolic Collector using metaheuristic Optimization

Dutta¹,

Biswas²,

Majumder³

2021

CIML

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Estimation of an exceptionally exact model for solar parabolic collector from the experimental data is an important task for the researchers for the recreation, assessment, control and plan. Efficient optimization techniques are fundamental to accomplish this undertaking. In this paper a modified optimization technique is proposed for productive and precise estimation of the parameters of solar parabolic collector. The proposed algorithm is concentrated on the modification of Elephant Swarm Water Search Algorithm. This algorithm tested on parabolic collector parameters, namely reflectivity, Absorptivity & period of sun incidence. Response surface methodology has been used to implement the non linear model between the input & output parameters of the process. In addition, the proposed ESWSA optimization technique has been tested against the manufacture datasheet of solar parabolic reflector. Results show the effectiveness of ESWSA algorithm for modeling of the solar parabolic systems. Keyword : Solar parabolic Collector, Parameters, ESWSA, Optimization

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“…The evolution of the fields of biomimetics and biological inspiration has important impacts on the CT science and engineering. Dye-sensitized solar cells, artificial photosynthesis, enzymatic fuel cells, and solar fuels are some of the concepts that originated from understanding and implementing biological concepts in CT systems [24][25][26][27][28][29][30][31][32].…”

Section: Introductionmentioning

confidence: 99%

Biomimetic and bioinspired molecular electrets. How to make them and why does the established peptide chemistry not always work?

Skonieczny

Espinoza

Derr

et al. 2019

Pure and Applied Chemistry

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Abstract“Biomimetic” and “bioinspired” define different aspects of the impacts that biology exerts on science and engineering. Biomimicking improves the understanding of how living systems work, and builds tools for bioinspired endeavors. Biological inspiration takes ideas from biology and implements them in unorthodox manners, exceeding what nature offers. Molecular electrets, i.e. systems with ordered electric dipoles, are key for advancing charge-transfer (CT) science and engineering. Protein helices and their biomimetic analogues, based on synthetic polypeptides, are the best-known molecular electrets. The inability of native polypeptide backbones to efficiently mediate long-range CT, however, limits their utility. Bioinspired molecular electrets based on anthranilamides can overcome the limitations of their biological and biomimetic counterparts. Polypeptide helices are easy to synthesize using established automated protocols. These protocols, however, fail to produce even short anthranilamide oligomers. For making anthranilamides, the residues are introduced as their nitrobenzoic-acid derivatives, and the oligomers are built from their C- to their N-termini via amide-coupling and nitro-reduction steps. The stringent requirements for these reduction and coupling steps pose non-trivial challenges, such as high selectivity, quantitative yields, and fast completion under mild conditions. Addressing these challenges will provide access to bioinspired molecular electrets essential for organic electronics and energy conversion.

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Mathematical Modelling of Electron Transport Through the Anode (TiO2) of a Standard Dye-sensitized Solar Cell

Cited by 13 publications

References 9 publications

Analógiák a fizikatanításban

Analógiák a fizikatanításban

Parametric optimization of Solar Parabolic Collector using metaheuristic Optimization

Biomimetic and bioinspired molecular electrets. How to make them and why does the established peptide chemistry not always work?

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