Nobody wanted to die. Meaning, origin, examples of the use of phraseological units

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WINGED WORDS, 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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Nobody wanted to die

"Nobody wanted to die"

Phraseologism: No one wanted to die.

Meaning: Used literally.

Origin: The name of a Soviet film (Lithuanian Film Studio, 1965) shot by Lithuanian director Vytautas Žalakyavičius (1930-1996) based on his own script. The phrase serves as the basis for the formation of similar expressions.

Random phraseology:

And you will live on earth like blind worms live...

Meaning:

About dragging out an unenviable existence.

Origin:

The ending from a revised version of M. Gorky's poem (which was previously included in the story "About the Little Fairy and the Young Shepherd", 1895), written in early 1900: "And you will live on earth, // How blind worms live: // No fairy tales about They won't tell you, / They won't sing songs about you."

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Energy from the cold 14.09.2019

A team of scientists from Los Angeles and Stanford University have created a device that generates current by channeling the residual heat of the day into chilled air. Thus, according to the authors of the project themselves, their device can also use space cold to create a renewable energy source.

"We believe that this technology will effectively complement the solar panels and allow energy to be produced even during those hours when access to sunlight is closed," says Aaswat Raman, one of the authors of the project.

With all its merits, solar energy is, alas, not the solution to all energy problems of mankind. Even on Earth, people return home and begin to actively use electrical appliances already in the evening hours. Of course, the energy accumulated during the day can be stored - but it is much more economical and easier to supplement it with "night" production systems.

Unlike many analogues, the new device works due to the thermoelectric effect. Using a material called a thermocouple, engineers can convert temperature changes into voltage differences. For this, on the one hand, a potential source of heat is needed, and on the other, a place for a gadfly of thermal energy. The problem is how to arrange the materials correctly so that they generate voltage from the cooled medium.

Moreover, most thermoelectric systems rely on materials that are too expensive for mass use, so the team got creative and designed their products from the simplest and cheapest parts possible. The scientists assembled a cheap thermoelectric generator and braced it with a black aluminum disc to radiate heat into the night air when it is turned toward the sky. The generator was placed in a polystyrene case, covered with an infrared-transparent window, and connected to one tiny LED.

As a result of field tests, it turned out that on a cold night, when the temperature drops below zero, the device generates approximately 0,8 milliwatts of power, which corresponds to 25 milliwatts per square meter. This is enough to power, for example, a hearing aid or a laser pointer.

Sounds modest, doesn't it? However, for a prototype assembled literally "on the knee", these are considerable numbers. The team suggests that with the right settings and the right conditions, they can achieve 500 milliwatts per square meter. In addition to lighting in the evening and at night, our device is ideal for generating electricity wherever it is needed.

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