Table 2. Electrical and chemical battery... | Emerald Publishing

Table 2.

Electrical and chemical battery properties

Symbol	Description	Value
$t_{{L i}^{+}}$	Electrolyte ionic current fraction by lithium ions [/]	$0.36$
		Anode	Cathode
$R_{s}$	Solid phase particle radius [μm]	$12.50$	$8.00$
$D_{s}$	Solid phase diffusion coefficient [m²/s]	$3.90 \times 10^{- 14}$	$1.00 \times 10^{- 13}$
$c_{s, 0}$	Initial concentration in the solid phase [mol/m³]	7,917	16,002
$c_{e, 0}$	Initial concentration in the electrolyte phase* [mol/m³]	2,000	2,000
$c_{s, m a x}$	Maximum concentration in the solid phase [mol/m³]	26,390	22,860
$ε_{s}$	Volume fraction in the solid phase [/]	$0.471$	$0.297$
$ε_{e}$	Volume fraction in the electrolyte phase [/]	$0.357$	$0.444$
$φ_{s}$	Solid phase electrical conductivity [S/m]	0.113	100
$α_{i}$	Charge transfer coefficient [/]	$0.5$	0.5
$k_{0}$	Kinetic rate constant [m/s]	$2.00 \times 10^{- 11}$	$3.90 \times 10^{- 11}$

Symbol	Description	Value
$t_{{L i}^{+}}$	Electrolyte ionic current fraction by lithium ions [/]	$0.36$
		Anode	Cathode
$R_{s}$	Solid phase particle radius [μm]	$12.50$	$8.00$
$D_{s}$	Solid phase diffusion coefficient [m²/s]	$3.90 \times 10^{- 14}$	$1.00 \times 10^{- 13}$
$c_{s, 0}$	Initial concentration in the solid phase [mol/m³]	7,917	16,002
$c_{e, 0}$	Initial concentration in the electrolyte phase* [mol/m³]	2,000	2,000
$c_{s, m a x}$	Maximum concentration in the solid phase [mol/m³]	26,390	22,860
$ε_{s}$	Volume fraction in the solid phase [/]	$0.471$	$0.297$
$ε_{e}$	Volume fraction in the electrolyte phase [/]	$0.357$	$0.444$
$φ_{s}$	Solid phase electrical conductivity [S/m]	0.113	100
$α_{i}$	Charge transfer coefficient [/]	$0.5$	0.5
$k_{0}$	Kinetic rate constant [m/s]	$2.00 \times 10^{- 11}$	$3.90 \times 10^{- 11}$

Note(s):

*For the separator $c_{e, 0}$ is equal to 2,000 [mol/m³]