thermocompositional

As a noun terms

is .

As an adjective thermocompositional is

(physics) describing systems (such as buoyancy) that results from both thermal and compositional (such as salinity) factors.

As an adjective thermocompositional is

(physics) describing systems (such as buoyancy) that results from both thermal and compositional (such as salinity) factors.

As a noun salinity

is the quality of being saline.

As an adjective thermocompositional is

(physics) describing systems (such as buoyancy) that results from both thermal and compositional (such as salinity) factors.

As adjectives the difference between compositional and thermocompositional

is that compositional is of or pertaining to composition while thermocompositional is (physics) describing systems (such as buoyancy) that results from both thermal and compositional (such as salinity) factors.

As adjectives the difference between thermal and thermocompositional

is that thermal is pertaining to heat or temperature while thermocompositional is describing systems (such as buoyancy) that results from both thermal and compositional (such as salinity) factors.

As a noun thermal

is a column of rising air in the lower atmosphere created by uneven heating of Earth's surface.

In physics terms the difference between buoyancy and thermocompositional

is that buoyancy is the upward force on a body immersed or partly immersed in a fluid while thermocompositional is describing systems (such as buoyancy) that results from both thermal and compositional (such as salinity) factors.

As a noun buoyancy

is the upward force on a body immersed or partly immersed in a fluid.

As an adjective thermocompositional is

describing systems (such as buoyancy) that results from both thermal and compositional (such as salinity) factors.