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== {{int:filedesc}} ==
{{Information
|description={{en|Frozen drop of water in a very cold environment, approximately -180 degrees Celsius. You can observe the beautful ice crystals formation. First, I put a copper plate in a foam box, and cooled it with liquid nitrogen at its boiling point. After that, I began to drip water droplets on the surface of the cold copper plate, from which they began to freeze very quickly. At a certain height the temperature increased, causing the water vapor floating above the nitrogen layer to condense on the surface of the frozen water, turning into beautiful ice crystals. This process can be associated with the formation of clouds or precipitation, when water crystals are formed at the boundary of temperature media. The drops themselves freeze very quickly on the copper surface at a very low temperature, and also have a slightly different structure.}}{{et|2016. aasta lõpus viisin läbi eksperimente vedela lämmastikuga ja mõtlesin, et kuidas vesi käitub külma vaskplaadi pinnal, mis oli jahutatud vahtkarbis vedela lämmastikuga -180  °C juurde. Hakkasin külma vaskplaadi pinnale tilgutama veetilkasid, kus nad väga kiiresti külmusid. Kui aga alguses vesi lihtsalt külmus, siis jõudes teatud kõrgusele hakkas jäätunud veetilkadele kondenseeruma veeaur ning moodustas ilusad jääkristallid. Lämmastikukihist kõrgemale tõustes tõusis ka temperatuur ja piisaval kõrgusel olid tekkinud tingimused õhus leiduva veeauru kondenseerumiseks. Seda protsessi võib seostada pilvede või sademete tekkimisega, kui temperatuurikeskkonna piirides moodustuvad vee kristallid. Video tehti külgvalgustusega 90 mm makro objektiiviga.}}
{{cs| Vznik {{w|Krystal|krystalků|cs}} {{w|Led|ledu|cs}} z kapky vody, vystavené mimořádně nízké teplotě.}}
|date=2016-03-14
{{mk|Создавање на кристали од {{wm|мраз}} во капка вода при многу ниска температура.}}
{{pl|Tworzenie się kryształków [[:pl:Lód|lodu]] na kropli wody wystawionej na działanie bardzo niskiej temperatury.}}
|date={{taken on|2016-03-14|location=Estonia}}
|source={{own}}
|author=[[User:Bilovitskiy|Maxim Bilovitskiy]]
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{{Wiki Science Competition 2017|ee}}
 
== {{Assessment}} ==
{{Assessments|POTY=f|POTYyear=2018|featured=1}}
{{Media of the day|2019|06|17}}
{{FM promoted}}
 
== {{int:license-header}} ==
{{self|cc-by-4.0}}
 
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[[Category:Non-photographic media from Wiki Science Competition 2017]]
[[Category:National finalists for the Non-photographic media category from Wiki Science Competition 2017]]
[[Category:Videos of 2016]]
[[Category:Ice crystals]]
[[Category:Unassessed QI candidates]]
[[Category:Featured videosmedia by Bilovitskiy]]
[[Category:VideosWebM of 2016videos]]
[[Category:Featured videos of Estonia]]
[[Category:Featured media of short videos]]
[[Category:Featured media uploaded by Bilovitskiy]]
mediainfo
Property / Commons quality assessment
 
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14 March 2016
Timestamp+2016-03-14T00:00:00Z
Timezone+00:00
CalendarGregorian
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some value
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author name string: Maxim Bilovitskiy
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video/webm
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