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You searched for WATER DROPLETS
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RV.0019-29
© B&C Alexander
RV.0019-29
When thrown into cold air at minus 53 degrees Celsius boiling water explodes into vapour & ice. This is because boiling water is close to a gas and breaks into tiny droplets that can freeze at once. Siberia, Russia
ANT1917-18
© B&C Alexander
ANT1917-18
Wet Adelie Penguin, showing clearly the distinctive brushtail. Antarctica
FT.0355-00
© Ecocepts International,
FT.0355-00
Southern Gentoo penguin, Pygoscelis papua, in the water. Antarctica.
RV.0019-20
© B&C Alexander
RV.0019-20
When thrown into cold air at minus 51 degrees Celsius boiling water explodes into vapour & ice. This is because boiling water is close to a gas and breaks into tiny droplets that can freeze at once. Siberia, Russia
RV.0019-21
© B&C Alexander
RV.0019-21
When thrown into cold air at minus 51 degrees Celsius boiling water explodes into vapour & ice. This is because boiling water is close to a gas and breaks into tiny droplets that can freeze at once. Siberia, Russia
RV.0019-22
© B&C Alexander
RV.0019-22
When thrown into cold air at minus 51 degrees Celsius boiling water explodes into vapour & ice. This is because boiling water is close to a gas and breaks into tiny droplets that can freeze at once. Siberia, Russia
RV.0019-24
© B&C Alexander
RV.0019-24
When thrown into cold air at minus 51 degrees Celsius boiling water explodes into vapour & ice. This is because boiling water is close to a gas and breaks into tiny droplets that can freeze at once. Siberia, Russia
RV.0019-27
© B&C Alexander
RV.0019-27
When thrown into cold air at minus 51 degrees Celsius boiling water explodes into vapour & ice. This is because boiling water is close to a gas and breaks into tiny droplets that can freeze at once. Siberia, Russia

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