An invitation to execution. 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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An invitation to execution

Nabokov V.V.

Phraseologism: An invitation to execution.

Meaning: About an invitation to somewhere where mental, moral or physical torment awaits a person, and he guesses or knows about it (jokingly ironic).

Origin: Title of the novel (1935) by Russian and American writer Vladimir Vladimirovich Nabokov (1899-1977).

Random phraseology:

But we make rockets.

Meaning:

It is cited as an ironic commentary on manifestations of false, semi-official patriotism.

Origin:

From the song "The Story of Technologist Petukhov" (1964), written by journalist, actor and performer of his own songs Yuri Iosifovich Vizbor (1934-1984) for a variety performance by actor Yevgeny Vesnik: "But we are making rockets, // Blocking the Yenisei, // And also in ballet // We are ahead of the rest!"

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Organic photovoltaic cells with record performance 03.12.2018

Materials scientists at the University of Erlangen - Nuremberg set a new record for the efficiency of organic photovoltaic cells that do not use fullerenes. Through several complex optimizations, they achieved an energy conversion efficiency of 12,25 percent per square centimeter. Achieving this area was necessary to start production of working prototypes.

In recent years, significant progress has been made in the field of organic photovoltaic systems (OPS). In most cases, organic solar cells consist of two layers of semiconductors - one of them serves as an electron donor, and the other as an acceptor, or conductor of electrons. In contrast to silicon cells, which are obtained from a melt or vacuum deposition, the polymer layers in OFS are obtained by direct deposition from a solution onto a carrier film. On the one hand, this means relatively low production costs, and on the other hand, these flexible modules are easier to use than silicon ones in cramped urban environments. For a long time, fullerenes - carbon nanoparticles - were considered ideal acceptors, but the inherent losses of fullerene-based composites significantly reduce their effectiveness. Thus, the result obtained at the University of Erlangen-Nuremberg leads to a paradigm shift in this area.

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Scientists have been able to significantly reduce losses by adjusting the light absorption parameters, energy levels and the microstructure of organic semiconductors. The main goal of this optimization was the compatibility of the donor and the acceptor and the balance between current density and voltage in the circuit, which is important for the power of the generated energy.

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