Examples of using Diffusivity in English and their translations into Indonesian
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D is called the diffusivity and governs the rate of diffusion.
Whereas with large values, Prgt;gt; 1, the momentum diffusivity dominates the behavior.
Thermal diffusivity is the measure of thermal inertia.
Supercritical carbon dioxide has a density like that of a liquid, but its viscosity and diffusivity are similar to those of a gas.
Thermal diffusivity is usually denoted α but a, h, κ, K, and D are also used.
The experiment also showed that, with the right amount of pressure, the diffusivity of the DNA molecules was increased by factor of 15.
The geothermal model also includes parameters that allow users to choose thephysical properties of the ground, such as thermal diffusivity.
Transport properties such as diffusivity relate to how rapidly molecules move through the polymer matrix.
When the tilt passes the point where all the particles are able to jigglefree and move down the washboard, then diffusivity decreases again.
The GAD theory quantifies this diffusivity effect and predicts that as tilt starts to increase, diffusivity accelerates.
The findings were more consistent than the functional MRI studies,showing evidence of decreased connectivity--and increased"diffusivity"--in many areas of the brain white matter.
In heat transfer analysis, thermal diffusivity is the thermal conductivity divided by density and specific heat capacity at constant pressure.
The emitter thickness is 1 µm, the base thickness is 300 µm, the emitter diffusivity is 4 cm2s-1 and the base diffusivity is 27 cm2s-1.
In a substance with high thermal diffusivity, heat moves rapidly through it because the substance conducts heat quickly relative to its volumetric heat capacity or'thermal bulk.
For the purpose of solving the partial differential equation of the nonsteady-state flow in unsaturated soil it is often convenient tointroduce a variable called the soil water diffusivity.
The predominant removal mechanism is from differences in solubility or diffusivity, the process is dependent on pressure, solute concentration, other conditions.
Mass Transfer in a system is governed by Fick's First Law:'Diffusion flux from higher concentration to lower concentrationis proportional to the gradient of the concentration of the substance and the diffusivity of the substance in the medium.
The method, which they named"intrinsic diffusivity encoding of arterial labeled spins," or IDEALS, allows scientists to investigate the movement of water across the BBB.
The equation for momentum transport is Newton's Law of Viscosity written as follows: τ z x- ν∂ ρ υ x∂ z{\displaystyle\tau_{zx}=-\nu{\frac{\partial\rho\upsilon_{x}}{\partial z}}} where τzx is the flux of x-directed momentum in the z-direction, ν is μ/ρ,the momentum diffusivity, z is the distance of transport or diffusion, ρ is the density, and μ is the dynamic viscosity.
These are also designed for measuring the diffusivity of the light ranges that come under almost 200 nm to 2500 nm, using various calibrations and controls.
As seen in the heat equation,∂ T∂ t α∇ 2 T{\displaystyle{\frac{\partial T}{\partial t}}=\alpha \nabla^{2}T},one way to view thermal diffusivity is as the ratio of the time derivative of temperature to its curvature, quantifying the rate at which temperature concavity is"smoothed out.
They can also be designed to measure the diffusivity on any of the listed light ranges from about 200nm- 2500nm based on the specific controls and calibrations.
As the pressure increased toward a critical point, the diffusivity of the molecules increased- meaning some molecules zipped across the channel while others stayed stuck in their pits.
However, they can be designed to measure the diffusivity on any of the listed light ranges that cover around 200 nm- 2500 nm using different controls and calibrations.
Diffusivities of heat, mass and momentum.