Gravity Wave: Difference between revisions
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As a simple example, consider a lab tank with a vertical divider between salt and fresh water. Removing the divider causes the more dense salt water to move under the fresh water, creating a gravity wave. | As a simple example, consider a lab tank with a vertical divider between salt and fresh water. Removing the divider causes the more dense salt water to move under the fresh water, creating a gravity wave. | ||
The majority of the waves that one may see in a river or lake, whether produced by a passing boat or wind forcing, are gravity waves (those with wavelength under 7cm are capillary or capillary-gravity waves). | The majority of the waves that one may see in a river or lake, whether produced by a passing boat or wind forcing, are gravity waves (those with wavelength under 7cm [see Kundu] are capillary or capillary-gravity waves). | ||
Latest revision as of 16:43, 22 June 2015
As a simple example, consider a lab tank with a vertical divider between salt and fresh water. Removing the divider causes the more dense salt water to move under the fresh water, creating a gravity wave.
The majority of the waves that one may see in a river or lake, whether produced by a passing boat or wind forcing, are gravity waves (those with wavelength under 7cm [see Kundu] are capillary or capillary-gravity waves).