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{\bf SESSION xx}
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{\bf Title of the Session}
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{\large \bf\underline{First Author Name} }\\
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email: 
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{\large \bf\underline{Second Author Name} }\\
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email: 
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{\large \bf\underline{Third Author Name} }\\
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email: 
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\centerline {{\bf ABSTRACT}}
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Sample abstract: This session will focus on internal waves in fluids,
including mathematical modeling, numerical simulation,
collection of field data and wave tank experiments.

Internal waves are ubiquitous in the worlds oceans,
being made possible for example by temperature strafication 
in the open ocean and salinity stratification in the
neighborhood of river mounds.
Due to their large amplitude and wavelength, internal waves 
in the oceans are central to the study of hydrodynamics
on a geophysical scale, and breaking internal waves have been 
implicated to be connected to large-scale mixing processes,
as well as a transport mechanisms connected to trapped cores.

This session will feature a blend of analytical, numerical
and experimental work.

Among the topics to be discussed here are numerical and experimental 
studies of internal solitary waves running up on a sloped bottom,
and an internal bore passing a coastal shelf, thereby generating
internal solitary waves.

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