I do not regret, do not call, do not cry. Meaning, origin, examples of the use of phraseological units

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Winged words, phraseological units. Meaning, history of origin, examples of use

Winged words, phraseological units

Directory / Winged words, phraseological units

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I do not regret, do not call, do not cry

Yesenin S.A.

Phraseologism: I do not regret, do not call, do not cry.

Meaning: It is quoted as a way to state that a person does not regret anything, does not repent of anything, that he resigns himself to the transience of life.

Origin: The title and the first line of the poem (1922) by Sergei Alexandrovich Yesenin (1895-1925): "I do not regret, I do not call, I do not cry, // Everything will pass like smoke from white apple trees."

Random phraseology:

Returning from distant travels.

Meaning:

About a man who returned after a long absence (ironic).

Origin:

From the fable "The Liar" (1812) by I. A. Krylov (1769-1844): "Returning from distant wanderings, // Some kind of nobleman (or maybe a prince), // Walking in the field with his friend on foot, // He boasted about where he had been, // And he rushed to the stories of fables without counting. Usually quoted regardless of the content and moral of the fable. "To jump" in archaic Russian language "to lie".

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Translucent flexible solar cells 26.12.2013

Hendrik Bolink from the University of Valencia (Spain) and his colleagues experimented with organic compound molecules from methane and ammonia tails, as well as iodine and lead atoms. Spanish physicists have created translucent solar cells based on thin films of an organic analogue of the mineral perovskite, which are highly efficient and can bend, which allows them to be used as a tinted coating for glasses, according to an article in the journal Nature.

In recent years, scientists have created several exotic materials that can increase the efficiency of solar cells by several times. In particular, the attention of physicists is increasingly attracted by the mineral perovskite, whose thin films are semiconductors that convert light energy into electricity well.

Hendrik Bolink from the University of Valencia (Spain) and his colleagues experimented with organic compound molecules from methane and ammonia tails, as well as iodine and lead atoms. Having studied the chemical properties of this substance, the authors of the article came to the conclusion that it is similar in its properties to perovskite and can capture photons of light just as well and convert their energy into electricity.

The authors of the article tested this hypothesis by evaporating small amounts of methylammonium iodide (CH3NH3I) and lead iodide (PbI2) in a vacuum chamber containing a small plate. Vapors of these substances "settled" on the plate and connected with each other, forming a thin layer of perovskite.

Then the scientists packed this film into a "sandwich" of two pieces of conventional organic semiconductors - PCBM and PolyTPD, used in the manufacture of organosilicon photocells, inserted electrodes into it and checked it out. It turned out that their invention absorbed about 12% of the energy of light, which is comparable to the best performance for thin-film solar cells.

The main advantage of the invention of Bolink and his colleagues is that such solar cells are translucent and flexible. Coupled with their microscopic thickness, this allows such photovoltaic cells to be used as glass coatings capable of generating electricity or heat.

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