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People usually use “as cool as a cucumber” to describe those who are not surprised. The English translation is “like the yellow wa”. A study found that it might be more relevant to replace the phrase with the term “shall”. A United States study team found that arsenic and other fungi (including fermentary mothers and folklore) were lower than the surrounding environmental temperature and explained how they maintained arsenic.
The study published on 2 May in the United States Academy of National Sciences, noted that the arsenic system contains large amounts of water and gradually releases water in the form of “sweat” in order to reduce temperature.
Radamés Cordero, a microbiologist at the Johns Hopkins University, was experimenting with new heat imaging devices in laboratories when the tree was dispersed. This instrument converts the infrared heat records into images. He and his colleagues, Arturo Casadevall, are planning to use the instrument to observe how the deep colours of some fungi affect their surface temperature.
In foot travel, Cordero took about 20 wild animals. Regardless of colour, they are lower than the surrounding environmental temperature. In the laboratory, researchers found that some species, such as palm-coloured American asthma, were only 1°C or 2°C lower than the surrounding environment, but almost 6°C lower than the surrounding environment.
In addition, 19 pulmonary and fermentary mothers (including Bural fermentary mothers) and some human病原体 are also moderate, especially near their centres. Even at temperatures close to the ice point, the level of the strain is lower by about 1°C.
The temperature of single cells is surprising, since their unit size and surface area are much smaller than that of the pupil, even if they are congreged into the sterile. However, the study shows that “the phenomenon is a common feature of the realm”.
Through dewatering or measuring their cooling capacity under different air moistures, researchers have determined that the cooling effect is derived from the evaporation of water in fungi, equivalent to sweating in hot days. This cooling surface area has been added to the complex structure of the thumb.
It is not clear how the fungi will benefit from it. Casadevall believes that this may contribute to the development or release of the pupil, or “only, the Kingdom prefers lower temperatures”.
At the same time, people can take advantage of embarrassment. The team created an cooked field cooler. The temperature of the container fell by 10°C within 40 minutes and remained for half an hour. It can easily cold beer and lunch. Of course, we can eat. (The Crown)
Information on relevant papers: