I'm not sure I totally understand the question you are asking.

Kinematic viscosity decreases with increasing temperature for most Newtonian fluids. Kinematic viscosity is a relationship between the dynamic viscosity and the density, so it isn't solely the density that causes this effect. Fluid properties related to shear stress play a huge part in viscometric properties.

- Andrew

Hi.
I understand that the viscosity decreases with increasing of the temperature because the distance between molecules of the fluid is higher but, the term kinematic means movement and if viscosity is lower the moviment is more. And the unit of measurement of kinematic viscosity is mm2/s,
If it increases temperature the fluid is able to travel more mm2/s.
Do you understand me now? That I want to mean.
Thanks for answer

Don't get confused by the units, they are a mathematical artifice and don't really mean anything physical. The same is true for heat transfer coefficients. If you look at the defining equation for viscosity, there are meters of area, meters per second of velocity and meters of gap between two plates. These meters are not physically or logically related and therefore some are in the numerator and some are in the denominator. Then they are arbitrarily cancelled to simplify. It is like apples and oranges, they are not actually the same units. (meters of gap) is not related to (meters in a square). But the units do ultimately work out in the equation.

Kinematic viscosity is simply the ratio of two physical properties; viscosity and density. It is useful in engineering because two fluids with the same kinematic viscosity will flow though a tube under gravity forces at the same rate. More importantly the fluids will behave in the same way in a centrifugal pump.

Ah ok. I understand it, thanks!..to both!.
Have a good day.
Sometimes I analyses the things for the units, sometimes it's right but other times that don't define anything.
Sorry for my english, jjj..
Bye!