Приклади вживання Thermal radiation Англійська мовою та їх переклад на Українською
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infrared cameras are instruments used to measure the temperature of an object by using its thermal radiation;
almost not allow thermal radiation, thereby creating a number of problems that cause climate change.
It is also the only planet in the Solar system, which is not observed thermal radiation emanating from the nucleus.
which allows to determine the temperature by thermal radiation.
the team developed a spectral-selective shelter that directs the thermal radiation skyward and achieved a daytime temperature reduction of up to 6.5 degrees Celsius in the outside environment.
It lies in the fact that the thermal radiation from the heated during the day
Deprived of protection from ultraviolet and thermal radiation, the planet will slowly turn into a desert
In fact, materials that reduce the thermal radiation of objects already exist
infrared cameras are instruments used to measure the temperature of an object by using its thermal radiation; no actual contact with the object is needed.
the team developed a spectral-selective shelter that directs the thermal radiation toward the sky and achieved a daytime temperature reduction of up to 6.5 degrees Celsius in the outside environment.
It's very simple, you just need to imagine the soft spring sun that pleasantly warms all around because the infrared rays appear in the range of thermal radiation of the sun and are favorable to the human body.
In the effects of quantum optics: thermal radiation, photoelectric effect, photochemical action of light,
the effects of the shock wave and thermal radiation.
fourth generations are used to cool the conversion of thermal radiation rays are consistent with the absorbent material in the photovoltaic element(the so-called up-conversion), which simultaneously improves the efficiency.
that is not based on convection and thermal radiation.
Do black holes produce thermal radiation, as expected on theoretical grounds?[12]
so thermal radiation from it, bouncing off the spacecraft,
By 2012 several papers by different groups, all reanalyzing the thermal radiation pressure forces inherent in the spacecraft, showed that a careful accounting
Thanks to the thermal radiation- which uses 35 percent of the explosive's energy- everyone within a 420 square kilometer(162 square mile) region will receive third-degree burns, which will only