Ice prevention - Revision history

Novia at 09:25, 18 February 2022

2022-02-18T09:25:21Z

← Older revision		Revision as of 12:25, 18 February 2022
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	[[File:Aeroflot Airbus A330-200 de-icing Pereslavtsev.jpg\|thumb\|380x380px\|An Aeroflot Airbus A330-200 undergoing de-icing at Sheremetyevo International Airport. <ref>Alex Pereslavtsev. Wikimedia commons. 2009. GNU Free Documentation License 1.2. Aeroflot Airbus A330-200 de-icing Pereslavtsev.jpg</ref>]]		[[File:Aeroflot Airbus A330-200 de-icing Pereslavtsev.jpg\|thumb\|380x380px\|An Aeroflot Airbus A330-200 undergoing de-icing at Sheremetyevo International Airport. <ref>Alex Pereslavtsev. Wikimedia commons. 2009. GNU Free Documentation License 1.2. Aeroflot Airbus A330-200 de-icing Pereslavtsev.jpg</ref>]]
	'''Ice prevention methods''' can be divided in two ways, into '''[[anti-icing]]''' and ~~[[De-icing chemicals\|~~'''de-icing''',]] or into '''active and passive methods.''' Anti-icing methods prevent ice from accreting (treating the material against ice formation), and de-icing methods remove ice. Active methods apply when needed, and passive methods work on their own. Most efficient ice prevention is combining methods.		'''Ice prevention methods''' can be divided in two ways, into '''[[anti-icing]]''' and '''de-icing''', or into '''active and passive methods.''' Anti-icing methods prevent ice from accreting (treating the material against ice formation), and de-icing methods remove ice. Active methods apply when needed, and passive methods work on their own. Most efficient ice prevention is combining methods.

	* '''Anti-icing methods''' prevent ice from accreting. anti-icing can be used to decrease ice adhesion, which will make it easier to remove through de-icing methods.		* '''Anti-icing methods''' prevent ice from accreting. anti-icing can be used to decrease ice adhesion, which will make it easier to remove through de-icing methods.

Novia at 09:24, 18 February 2022

2022-02-18T09:24:06Z

← Older revision		Revision as of 12:24, 18 February 2022
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	[[File:Aeroflot Airbus A330-200 de-icing Pereslavtsev.jpg\|thumb\|380x380px\|An Aeroflot Airbus A330-200 undergoing de-icing at Sheremetyevo International Airport. <ref>Alex Pereslavtsev. Wikimedia commons. 2009. GNU Free Documentation License 1.2. Aeroflot Airbus A330-200 de-icing Pereslavtsev.jpg</ref>]]		[[File:Aeroflot Airbus A330-200 de-icing Pereslavtsev.jpg\|thumb\|380x380px\|An Aeroflot Airbus A330-200 undergoing de-icing at Sheremetyevo International Airport. <ref>Alex Pereslavtsev. Wikimedia commons. 2009. GNU Free Documentation License 1.2. Aeroflot Airbus A330-200 de-icing Pereslavtsev.jpg</ref>]]
	'''Ice prevention methods''' can be divided in two ways, into '''anti-icing''' and '''de-icing''', or into '''active and passive methods.''' Anti-icing methods prevent ice from accreting (treating the material against ice formation), and de-icing methods remove ice. Active methods apply when needed, and passive methods work on their own. Most efficient ice prevention is combining methods.		'''Ice prevention methods''' can be divided in two ways, into '''[[anti-icing]]''' and [[De-icing chemicals\|'''de-icing''',]] or into '''active and passive methods.''' Anti-icing methods prevent ice from accreting (treating the material against ice formation), and de-icing methods remove ice. Active methods apply when needed, and passive methods work on their own. Most efficient ice prevention is combining methods.

	* '''Anti-icing methods''' prevent ice from accreting. anti-icing can be used to decrease ice adhesion, which will make it easier to remove through de-icing methods.		* '''Anti-icing methods''' prevent ice from accreting. anti-icing can be used to decrease ice adhesion, which will make it easier to remove through de-icing methods.

Novia at 12:18, 15 February 2022

2022-02-15T12:18:08Z

← Older revision		Revision as of 15:18, 15 February 2022
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			[[File:Aeroflot Airbus A330-200 de-icing Pereslavtsev.jpg\|thumb\|380x380px\|An Aeroflot Airbus A330-200 undergoing de-icing at Sheremetyevo International Airport. <ref>Alex Pereslavtsev. Wikimedia commons. 2009. GNU Free Documentation License 1.2. Aeroflot Airbus A330-200 de-icing Pereslavtsev.jpg</ref>]]
	'''Ice prevention methods''' can be divided in two ways, into '''anti-icing''' and '''de-icing''', or into '''active and passive methods.''' Anti-icing methods prevent ice from accreting (treating the material against ice formation), and de-icing methods remove ice. Active methods apply when needed, and passive methods work on their own. Most efficient ice prevention is combining methods.		'''Ice prevention methods''' can be divided in two ways, into '''anti-icing''' and '''de-icing''', or into '''active and passive methods.''' Anti-icing methods prevent ice from accreting (treating the material against ice formation), and de-icing methods remove ice. Active methods apply when needed, and passive methods work on their own. Most efficient ice prevention is combining methods.

Novia at 08:47, 11 February 2022

2022-02-11T08:47:24Z

← Older revision		Revision as of 11:47, 11 February 2022
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	'''Ice prevention methods''' can be divided in two ways, into '''anti-icing''' and '''de-icing''', or into '''active and passive methods.''' Anti-icing methods prevent ice from accreting (treating the material against ice formation), and de-icing methods remove ice. Active methods apply when needed, and passive methods work on their own. Most efficient ice prevention is combining methods.		'''Ice prevention methods''' can be divided in two ways, into '''anti-icing''' and '''de-icing''', or into '''active and passive methods.''' Anti-icing methods prevent ice from accreting (treating the material against ice formation), and de-icing methods remove ice. Active methods apply when needed, and passive methods work on their own. Most efficient ice prevention is combining methods.

			* '''Anti-icing methods''' prevent ice from accreting. anti-icing can be used to decrease ice adhesion, which will make it easier to remove through de-icing methods.
			* '''De-icing methods''' remove ice. De-icing methods can benefit from the decreased ice adhesion granted by anti-icing.

	~~'''Anti-icing methods''' prevent ice from accreting. anti-icing can be used to decrease ice adhesion, which will make it easier to remove through de-icing methods.~~

	~~'''De-icing methods''' remove ice~~. ~~De-icing methods can benefit from the decreased ice adhesion granted by anti~~-~~icing~~.		<ref>Niklas Kandelin: Icing Factors Affecting Railway Traffic Master of Science Thesis Tampere University Master’s Degree Programme, Materials Science October 2021. Online. https://www.icingcenter.eu/wp-content/uploads/2021/11/KandelinNiklas.pdf</ref>

			== References ==
	<ref>Niklas Kandelin: Icing Factors Affecting Railway Traffic Master of Science Thesis Tampere University Master’s Degree Programme, Materials Science October 2021. Online. https://www.icingcenter.eu/wp-content/uploads/2021/11/KandelinNiklas.pdf</ref>

Novia: Created page with "'''Ice prevention methods''' can be divided in two ways, into '''anti-icing''' and '''de-icing''', or into '''active and passive methods.''' Anti-icing methods prevent ice fro..."

2021-12-22T10:39:20Z

Created page with "'''Ice prevention methods''' can be divided in two ways, into '''anti-icing''' and '''de-icing''', or into '''active and passive methods.''' Anti-icing methods prevent ice fro..."

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'''Ice prevention methods''' can be divided in two ways, into '''anti-icing''' and '''de-icing''', or into '''active and passive methods.''' Anti-icing methods prevent ice from accreting (treating the material against ice formation), and de-icing methods remove ice. Active methods apply when needed, and passive methods work on their own. Most efficient ice prevention is combining methods.

'''Anti-icing methods''' prevent ice from accreting. anti-icing can be used to decrease ice adhesion, which will make it easier to remove through de-icing methods.

'''De-icing methods''' remove ice. De-icing methods can benefit from the decreased ice adhesion granted by anti-icing.

<ref>Niklas Kandelin: Icing Factors Affecting Railway Traffic Master of Science Thesis Tampere University Master’s Degree Programme, Materials Science October 2021. Online. https://www.icingcenter.eu/wp-content/uploads/2021/11/KandelinNiklas.pdf</ref>