Table 1 Material properties of water, air, and the capillary wick at 25 \(\mathrm{{^\circ C}}\).

From: Simulation examining the factors influencing capillary wick transport in a refrigerant direct cooling system for power battery packs

Variable

Parameter

Value

Variable

Parameter

Value

\({\rho _w}\)

Density of water

1000  \(\mathrm{{kg/}}{\mathrm{{m}}^\mathrm{{3}}}\)

D

Particle diameter

\(2 \times {10^{ - 4}}\)  m

\({\rho _n}\)

Viscosity of air

1  \(\mathrm{{kg/}}{\mathrm{{m}}^\mathrm{{3}}}\)

\({s_w}\)

Saturation

0  

\({\varepsilon _p}\)

Porosity

0.47  

\(\psi\)

Inclined angle

\(90^\circ\)  

\({\mu _n}\)

Viscosity of air

\(1.76 \times {10^{ - 5}}\)  \(\mathrm{{pa}} \cdot \mathrm{{s}}\)

\(\tau\)33

Tortuosity

1.58  

\({\mu _w}\)

Viscosity of water

0.001  \(\mathrm{{pa}} \cdot \mathrm{{s}}\)

L

Length

0.5  m

\(\sigma\)

Surface tension of water

0.0724  N/m

Wi

Width

0.066  m

\({\lambda _p}\)

Pore size distribution index

2  

d

Thickness

0.001  m