Примеры использования Graetzel cells на Английском языке и их переводы на Русский язык
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Recall that"Graetzel cells" mimic the natural process, like a plant, and recycle light.
Next the word took the laureate, he presented his development- the Graetzel Cells to the audience.
Batteries based on Graetzel cells are more convenient from a consumer point of view than silicon cells. .
In 2012 Michael Graetzel became a pioneer in the development of perovskite solar cells based on Graetzel cells.
Moreover, Professor Graetzel is still working on his"Graetzel cells" and was able to enhance their performance to 20 percent.
The scientist got the Ahmed Zewail Prize for one of his breakthrough discoveries in the field of molecular photovoltaics- Graetzel cells.
Compared to silicon-based batteries the Graetzel cells are rather simple and manufactured of low cost materials.
First Graetzel cells, discovered in 1991, were based upon porous layer of nanoparticles of titanium oxide covered with organic dye.
Recall that the perovskite solar cells appeared in the course of research based on"Graetzel cells", being their logical continuation.
The act of absorbing a quantum of light in Graetzel cells occurs when a dye molecule absorbs it, which is somewhat similar to the photosynthetic reaction.
Discussing the latest developments in the field of solar energetics,Michael Graetzel analysed preferences of silicon and Graetzel cells.
A doubtless advantage of batteries based on“Graetzel cells” is their consumer convenience: they are flexible and can be made in different colours, or even transparent.
Speaking at the plenary lecture of the 6th Sungkyun International Solar Forum 2017, the scientist spoke in detail about his main discovery,named in his honor- about the Graetzel cells.
As for the consumer qualities of both perovskite cells and Graetzel cells, in addition to their cheapness, they have a reserve of much greater functionality than silicon ones.
At the International Conference on Solid State Ionics, Michael Graetzel shared the results of his work on increasing the efficiency of photocells,named in his honor- Graetzel cells.
In his speech the scientist mentioned that his invention- the"Graetzel cells" could come to replace the expensive and complex technologies of the photovoltaic solar cells that we now have, which are based on silicon.
In 2017 the prestigious award goes to Michael Graetzel(Switzerland)"for transcendent merits in development of low cost and efficient solar cells, known as"Graetzel cells", aimed to creation of cost-efficient, large-scale engineering solutions for power generation.
In the article author describes unique technology- so-called"Graetzel cells"- efficient dye-sensitized solar cells operating on the principles similar to biochemical ones and used by plants for light energy conversion.
In the XV, anniversary cycle of the Global Energy Prize, he was chosen the best«for transcendent merits in development of low cost and efficient solar cells, known as"Graetzel cells", aimed to creation of cost-efficient, large-scale engineering solutions for power generation».
This year, the Global Energy Prize is being awarded for the so-called"Graetzel cells"- efficient dye-sensitized solar cells operating on the principles similar to biochemical ones and used by plants for light energy conversion.
Being one of the ultimate leaders in the field of materials for solar power industry, professor Graetzel was recognized by the Global Energy Prize in 2017 for his transcendent merits in development of low cost and efficient solar cells, known as"Graetzel cells.
The scientist was recognized"for transcendent merits in development of low cost and efficient solar cells, known as"Graetzel cells", aimed to creation of cost-efficient, large-scale engineering solutions for power generation.
As part of the award ceremony, Michael Graetzel and a few colleagues from his scientific group also delivered a lecture on the features of the creation and operation of photovoltaics, as well as the technology that is called"perovskites" andits direct correlation with the Graetzel cells.
This year, the Global Energy Prize acknowledges the developer of the so-called"Graetzel cells" operating initially on the organic dye on the principles partially similar to biochemical one and used by plants for light energy conversion.
In1991 he published his breakthrough work in Nature magazine with regard to the new type of solar cells based on a three-dimensional array of tiny(mesoscopic) oxide semiconductor particles with wide band gap covered with an organic pigment that have brought the name of Professor into repute andwere named as Graetzel cells.
The scientist noted that even despite the fact that silicon went to efficiency 20 percent for sixty years, and Graetzel cells for less than ten years, and despite the profitability of perovskite technologies, silicon-based batteries are currently the only working industrial mass technology.
Professor Graetzel is known as the inventor of dye-sensitized solar cells(the so-called Graetzel cells), which already today have found wide application in the field of portable electronics and industrial design of buildings, and at the dawn of nanotechnology development were one of the symbols of their promotion in our country.
Such capabilities are offered by devices based on the Graetzel cell invented by Swiss scientist Michael Graetzel who won the Global Energy Prize this year.
Michael Graetzel is one of developers of the so-called Graetzel cell operating on the principles of photosynthesis- the process similar to biochemical one and used by plants for light energy conversion into carbohydrates.