| Unit | nm²/d |
|---|---|
| Name | square nanometre per day |
| Category | Kinematic Viscosity |
| Details | In the field of kinematic viscosity, nm²/d (square nanometer per day) is a unit of measurement that represents the rate of flow of a fluid under the force of gravity. Kinematic viscosity quantifies a fluid's resistance to flow or deformation over time. It can be described as the fluid's internal resistance that arises due to the molecular interactions within the fluid. A square nanometer (nm²) is a unit of area, where 1 nm² is equal to an area with a length and width of 1 nanometer each. A day (d) is a unit of time, which is equal to 24 hours. When the unit nm²/d is used to measure kinematic viscosity, it quantifies how many square nanometers of area a fluid will flow through in one day due to its viscosity. This unit is very small and typically used for very fine measurements or for fluids with very low kinematic viscosity. In most applications, the more common units for kinematic viscosity are centistokes (cSt) or square millimeters per second (mm²/s). |
nm²/d(square nanometre per day) to am²/d(square attometre per day)nm²/d(square nanometre per day) to am²/h(square attometre per hour)nm²/d(square nanometre per day) to am²/min(square attometre per minute)nm²/d(square nanometre per day) to am²/s(square attometre per second)nm²/d(square nanometre per day) to aSt(attostokes)nm²/d(square nanometre per day) to cm²/d(square centimetre per day)nm²/d(square nanometre per day) to cm²/h(square centimetre per hour)nm²/d(square nanometre per day) to cm²/min(square centimetre per minute)nm²/d(square nanometre per day) to cm²/s(square centimetre per second)nm²/d(square nanometre per day) to cSt(centistokes)nm²/d(square nanometre per day) to dam²/d(square decametre per day)nm²/d(square nanometre per day) to dam²/h(square decametre per hour)nm²/d(square nanometre per day) to dam²/min(square decametre per minute)nm²/d(square nanometre per day) to dam²/s(square decametre per second)nm²/d(square nanometre per day) to daSt(decastokes)nm²/d(square nanometre per day) to dm²/d(square decimetre per day)nm²/d(square nanometre per day) to dm²/h(square decimetre per hour)nm²/d(square nanometre per day) to dm²/min(square decimetre per minute)nm²/d(square nanometre per day) to dm²/s(square decimetre per second)nm²/d(square nanometre per day) to dSt(decistokes)nm²/d(square nanometre per day) to Em²/d(square exametre per day)nm²/d(square nanometre per day) to Em²/h(square exametre per hour)nm²/d(square nanometre per day) to Em²/min(square exametre per minute)nm²/d(square nanometre per day) to Em²/s(square exametre per second)nm²/d(square nanometre per day) to ESt(exastokes)nm²/d(square nanometre per day) to fm²/d(square femtometre per day)nm²/d(square nanometre per day) to fm²/h(square femtometre per hour)nm²/d(square nanometre per day) to fm²/min(square femtometre per minute)nm²/d(square nanometre per day) to fm²/s(square femtometre per second)nm²/d(square nanometre per day) to fSt(femtostokes)nm²/d(square nanometre per day) to Gm²/d(square gigametre per day)nm²/d(square nanometre per day) to Gm²/h(square gigametre per hour)nm²/d(square nanometre per day) to Gm²/min(square gigametre per minute)nm²/d(square nanometre per day) to Gm²/s(square gigametre per second)nm²/d(square nanometre per day) to GSt(gigastokes)nm²/d(square nanometre per day) to hm²/d(square hectometre per day)nm²/d(square nanometre per day) to hm²/h(square hectometre per hour)nm²/d(square nanometre per day) to hm²/min(square hectometre per minute)nm²/d(square nanometre per day) to hm²/s(square hectometre per second)nm²/d(square nanometre per day) to hSt(hectostokes)nm²/d(square nanometre per day) to km²/d(square kilometre per day)nm²/d(square nanometre per day) to km²/h(square kilometre per hour)nm²/d(square nanometre per day) to km²/min(square kilometre per minute)nm²/d(square nanometre per day) to km²/s(square kilometre per second)nm²/d(square nanometre per day) to kSt(kilostokes)nm²/d(square nanometre per day) to Mm²/d(square megametre per day)nm²/d(square nanometre per day) to mm²/d(square millimetre per day)nm²/d(square nanometre per day) to Mm²/h(square megametre per hour)nm²/d(square nanometre per day) to mm²/h(square millimetre per hour)nm²/d(square nanometre per day) to mm²/min(square millimetre per minute)nm²/d(square nanometre per day) to Mm²/min(square megametre per minute)nm²/d(square nanometre per day) to mm²/s(square millimetre per second)nm²/d(square nanometre per day) to Mm²/s(square megametre per second)nm²/d(square nanometre per day) to MSt(megastokes)nm²/d(square nanometre per day) to mSt(millistokes)nm²/d(square nanometre per day) to m²/d(square metre per day)nm²/d(square nanometre per day) to m²/h(square metre per hour)nm²/d(square nanometre per day) to m²/min(square metre per minute)nm²/d(square nanometre per day) to m²/s(square metre per second)nm²/d(square nanometre per day) to nm²/h(square nanometre per hour)nm²/d(square nanometre per day) to nm²/min(square nanometre per minute)nm²/d(square nanometre per day) to nm²/s(square nanometre per second)nm²/d(square nanometre per day) to nSt(nanostokes)nm²/d(square nanometre per day) to Pm²/d(square petametre per day)nm²/d(square nanometre per day) to pm²/d(square picometre per day)nm²/d(square nanometre per day) to Pm²/h(square petametre per hour)nm²/d(square nanometre per day) to pm²/h(square picometre per hour)nm²/d(square nanometre per day) to Pm²/min(square petametre per minute)nm²/d(square nanometre per day) to pm²/min(square picometre per minute)nm²/d(square nanometre per day) to Pm²/s(square petametre per second)nm²/d(square nanometre per day) to pm²/s(square picometre per second)nm²/d(square nanometre per day) to PSt(petastokes)nm²/d(square nanometre per day) to pSt(picostokes)nm²/d(square nanometre per day) to St(stokes)nm²/d(square nanometre per day) to Tm²/d(square terametre per day)nm²/d(square nanometre per day) to Tm²/h(square terametre per hour)nm²/d(square nanometre per day) to Tm²/min(square terametre per minute)nm²/d(square nanometre per day) to Tm²/s(square terametre per second)nm²/d(square nanometre per day) to TSt(terastokes)nm²/d(square nanometre per day) to ym²/d(square yoctometre per day)nm²/d(square nanometre per day) to Ym²/d(square yottametre per day)nm²/d(square nanometre per day) to ym²/h(square yoctometre per hour)nm²/d(square nanometre per day) to Ym²/h(square yottametre per hour)nm²/d(square nanometre per day) to ym²/min(square yoctometre per minute)nm²/d(square nanometre per day) to Ym²/min(square yottametre per minute)nm²/d(square nanometre per day) to ym²/s(square yoctometre per second)nm²/d(square nanometre per day) to Ym²/s(square yottametre per second)nm²/d(square nanometre per day) to ySt(yoctostokes)nm²/d(square nanometre per day) to YSt(yottastokes)nm²/d(square nanometre per day) to zm²/d(square zeptometre per day)nm²/d(square nanometre per day) to Zm²/d(square zettametre per day)nm²/d(square nanometre per day) to zm²/h(square zeptometre per hour)nm²/d(square nanometre per day) to Zm²/h(square zettametre per hour)nm²/d(square nanometre per day) to zm²/min(square zeptometre per minute)nm²/d(square nanometre per day) to Zm²/min(square zettametre per minute)nm²/d(square nanometre per day) to zm²/s(square zeptometre per second)nm²/d(square nanometre per day) to Zm²/s(square zettametre per second)nm²/d(square nanometre per day) to zSt(zeptostokes)nm²/d(square nanometre per day) to ZSt(zettastokes)nm²/d(square nanometre per day) to µm²/d(square micrometre per day)nm²/d(square nanometre per day) to µm²/h(square micrometre per hour)nm²/d(square nanometre per day) to µm²/min(square micrometre per minute)nm²/d(square nanometre per day) to µm²/s(square micrometre per second)nm²/d(square nanometre per day) to µSt(microstokes)