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> (2016) Approaches to Improve Efficiency of DSSC
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(2016) Approaches to Improve Efficiency of Dye-Sensitized Solar Cells
Источники:
- https://macroheterocycles.isuct.ru/en/syste.../mhc160752e.pdf - Журнал "Макрогетероциклы"
DOI: 10.6060/mhc160752e

Авторы: Artem V.Ezhov, Kseniya A. Zhdanova, Natal’ya A. Bragina and Andrey F. Mironov
(Moscow Technological University (Institute of Fine Chemical Technologies)

QUOTE
Questions related to energy development became more and more important every year. Solar radiation is about inexhaustible, environmentally friendly and available source of energy. One of the directions of photonics is to create dye-sensitized solar cells (DSSC), also called Grätzel cells. To date, DSSC efficiency reaches 13%.

In addition, they have several advantages: they are made of cheap and environmentally friendly materials and do not require sophisticated equipment to manufacture. Research aimed at improving the efficiency of DSSC does not stop. The main ways of increasing the efficiency are: the selection and modification of the dye used; using of different types of semiconductor nanoparticles and their modification; variation in the method of dye binding to the semiconductor nanoparticles; use of co-adsorbents and co-sensitizers when applying dye; iodide electrolyte replacement, including solid- and gel-type electrolytes. This review focuses on modern advances and research in these areas.


QUOTE
Keywords: 
Dye-sensitized  solar  cells  (DSSC),  Grätzel  cells,  photocurrent,  photoelectrochemistry,  photoconvertion  efficiency.


PS. Indexing

* Chemical Abstracts Service
* Web of Science (Thomson Reuters) Impact Factor ISI Web of Knowledge = 0.804 (JCR 2015)
* SCOPUS CiteScore 2015 - 0.87
SJR 2015 (SCImago Journal Rank) - 0.243
SNIP 2015 (Source Normalized Impact per Paper) - 0.577

* Russian Index of Scientific Citations (RISC) 5 year Impact factor RISC 2015 - 0.985 (0.815 self-citation excluded)


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