How are "frozen eggs" formed? Why are there frozen eggs on Finnish beaches?

A large number of ice hockey appeared on the beach of Luoto Island in the Sea of Finland, attracting tourists to watch, and the media also reported the grand occasion of countless frozen eggs.

Not much to say, let's take a look first? Oocyte cryopreservation? What does it look like?

Isn't it beautiful? Some people say that it is like a dinosaur egg, and frozen eggs are particularly dazzling in the sun.

Some people here will ask, what is this called? Oocyte cryopreservation? How are things formed? Why did the beaches in Finland form such a magnificent scene? Next, let's uncover the secret with Bian Xiao.

First of all,

? Oocyte cryopreservation? How is it formed?

First of all, the formation of frozen eggs is definitely not a common phenomenon. But a rare phenomenon. So that Martini, a Finnish amateur photographer who lives here, has not seen such a hockey for 25 years.

The picture below shows the photo he took. ?

Jouni Vainio, an ice expert from the Finnish Meteorological Institute, explained this phenomenon.

According to Fannio, the conditions for the formation of ice hockey are as follows.

First of all, the formation of ice hockey needs its prototype, which can be seen everywhere, such as a small stone or even a piece of broken ice.

Like the stone in the picture, you can also see its prototype.

Secondly, there is temperature. Temperature is very important. Everyone knows that the formation of ice hockey needs to be frozen first anyway. In this case, the temperature must be reduced to the temperature at which water becomes ice, that is, the freezing point. However, what I want to mention here is that it is not necessarily 0 degrees. If the ice hockey itself contains impurities, then 0 degrees is not needed.

When ice hockey was formed, the temperature in Finland was below freezing point. Therefore, the first mentioned prototypes of ice hockey, such as pebbles and floating broken ice, have been covered with ice under the exposure of Finnish weather.

Then through the immersion of the waves, each immersion is an entrance of seawater on the surface, and then it freezes, and then through the immersion of seawater, it freezes. . . . After a lot of waves? Baptism? And the freezing of cold air on the surface form the large and small ice hockey we see.

The picture shows the beach eroded by seawater in Finland.

And one of the characteristics of these hockey balls is that the surface is very smooth and round. Like pearls, it seems to have been polished countless times. ?

Finally, the temperature mentioned before, as well as the temperature of seawater, is also important. First of all, it is important to mention that if the temperature of seawater is too low, much lower than freezing point, then ice hockey cannot be formed. Because this will lead to too much ice and you can't see the ice hockey.

The temperature of the sea water should not be too high, so that the ice hockey will fuse. Therefore, the temperature of seawater needs to be critical at or around freezing point, so as to form ice hockey better.

The formation of ice hockey is a natural phenomenon formed by the comprehensive action of many factors, such as seawater erosion, air surface icing, wind and so on, which is also a key factor. Too strong wind will also affect the formation of ice hockey, and wind also plays an important role in scouring waves.

The picture shows a Finnish beach with frozen eggs? Baptism? seawater

To sum up, the formation of ice hockey needs many factors, including sandy coast, seawater erosion, suitable temperature and wind, in order to form the beautiful ice hockey scene we see. Sigh, nature's uncanny workmanship is really admirable.

Finally, do you know anything about ice hockey? Leave a message to share.