A flow regime of a river is essentially a statistical summary of how flows in a river vary over time.
the amount of water and the rate of flowing water a river carries.
during the 18th century before the French Revolution
A civilian regime refers to a government that is predominantly made up of civilian leaders who are not part of the military. In a civilian regime, power is usually vested in elected officials and civilian institutions, rather than military authorities.
The Ancien Régime ( Old Regime) refers primarily to the aristocratic, social and political system established in France from (roughly) the 15th century to the 18th century under the late Valois and Bourbon dynasties.
The American Regime refers to a period in history when America dominated economic policy and popular culture. This period occurred from 1898 to 1941.
The "ancien regime" (old regime) refers to the French Monarchy, and ends officially on July 14, 1789, which marks the beginning of the historical period of the French Revolution. Even though French kings returned briefly in power in the first half of the 19th century, this is the "Restoration" period and not the "Ancien Regime" any more.
A homophone for "flow" is "floe," which refers to a floating sheet of ice.
The effect of heterogeneous solid is that it helps in the flow regime transition in bubble columns.
The suffix "rhea" typically refers to a flow or discharge, especially relating to bodily fluids. For example, diarrhea refers to excessive flow of watery stool, and gonorrhea refers to a discharge from the urethra or vagina.
Flow or discharge.
A real flow refers to the physical production and exchange of goods and services in an economy. Money flow refers to the movement of money within an economy, including transactions, investments, and savings. Both real flow and money flow are essential aspects of understanding the dynamics of an economy.
The term that refers to the flow of electricity is "electric current." It is the movement of electric charge carriers, usually electrons, through a conductor.
Negative flow in a chiller plant refers to the flow of chilled water returning to the chiller plant. Positive flow refers to the flow of chilled water leaving the chiller plant to cool the building or process. Proper flow direction is crucial for efficient operation of the chillers and the overall system.