Watercolor photographer

The ice we see in our daily life comes into contact with transparent ice particles, not watercolors. Of course, ice mixed with sewage is nothing more than a glacier that will not melt for thousands of years. The ice particles there are mainly translucent light blue, even showing a dark blue appearance.

Is this the eccentricity of heaven, leaving such beautiful ice particles on the desolate ice field and putting the less amazing little transparency in front of all mankind? This is naturally caused by God's conscious mistakes, and it is naturally fair, more and more in the head and head. Before answering the above topics, we must first find out how ice was born. Most people will think that it is not natural for water to turn into ice even if the temperature drops. But most blameless common sense is hidden in the word nature.

Let's put aside the inherent historical view and imagine the image of water turning into ice in our minds. Is the water instantly stuck to the ice, or is it slowly attached to the ice? Is it to integrate ice from the backbone of the water surface, or to sinter ice from all sides, or to make up for the attachment of ice temporarily? Is there an evolution of floating ice first, or is there a variety of ice with a thickness of more than ten centimeters first? How does water become ice? Add up to two points. But from the right perspective, this is a big theme. In the process of water-ice replacement, even in the process of encirclement, water is cooled by the influence of temperature, and ice core particles are capricious. When the particle size of ice core particles spans the size of liquid water molecules, then water becomes ice at this time.

In fact, the ice debris on the glacier is not directly durable by water, but is a mountain of salt particles. With the development of the years, the salt keeps bending between goose feather and snow, the hardness and compactness increase, and the sewing shuttle between goose feather and snow decreases, resulting in the end being completely smoothed. In this environment, great changes have taken place in glaciers. In fact, the pre-glacial color was gray. However, under normal circumstances, the bonded ice in glacier ice becomes harder and denser, resulting in a small number of bubbles. Everyone who has experienced it in the world has heard that the ice particles we come into contact with are not very hard, and there are some bubbles in them. With a little effort on the ice, the bubbles will go somewhere else. In this regard, blue light with short wavelength is difficult to penetrate glacier ice, and the tip is transmitted. Seeing death is like a blue glacier, which is equivalent to the reason why the sea water is blue. There is a correct term called Rayleigh scattering.