the computational technique | Level set method level surfaces of force fields |
equipotential surface In mathematics , a level set of a
Kaynak: Level setIt is an approximately tear-drop shaped region bounded by a critical gravitational
equipotential , with the apex of the tear-drop pointing
Kaynak: Roche lobeThe global mean sea surface is close to one of the
equipotential surfaces of the geopotential of gravity. This
equipotential surface, or
Kaynak: Geopotentialgeoid , a mathematical model of the Earth's sea level as an
equipotential gravitation al surface (see Geodetic system, vertical datum ).
Kaynak: ElevationSpecifically, the geoid is the
equipotential surface that would coincide with the mean ocean surface of the Earth if the oceans and
Kaynak: Geoida precise mathematical model of the Earth's sea level as an
equipotential gravitational surface. Topographic prominence is the
Kaynak: Mountain peaks of Coloradoa precise mathematical model of the Earth's sea level as an
equipotential gravitational surface. Topographic prominence is the
Kaynak: Mountain peaks of North Americaor reference ellipsoid ) for raw altitude data, and a gravitation al
equipotential surface (the geoid ) that defines the nominal sea level.
Kaynak: World Geodetic Systema precise mathematical model of the Earth's sea level as an
equipotential gravitational surface. Topographic prominence is the
Kaynak: Fourteenera precise mathematical model of the Earth's sea level as an
equipotential gravitational surface. Topographic prominence is the
Kaynak: List of Colorado fourteenersa precise mathematical model of the Earth's sea level as an
equipotential gravitational surface. Topographic prominence is the
Kaynak: Mountain peaks of Mexicoa precise mathematical model of the Earth's sea level as an
equipotential gravitational surface. Topographic prominence is the
Kaynak: List of Ultras of North America