i
= 1

0

1.1 × 10^{25}
 
T = 310, δT = 0.4, U_{cell} = 0.13 × 10^{20}, V_{thermal} = 10^{1}, L = 0.5 × 10^{2}

i
= 2

0.42 × 10^{23}

0.47 × 10^{23}

1.1

T = 310, M_{cell} = 0.65 × 10^{7}, μ_{ATP} = 10^{15}, 2R = 0.5 × 10^{2}, V_{thermal} = 10^{1}, δL = 0.5 × 10^{4}, k = 10^{3}

i
= 3

0.43 × 10^{8}

1 × 10^{7}

2

A_{normal} = 301.3 × 0.695 × 10^{13} ∫J_{
n
}dν = 0.63 × 10^{5}, A_{cancer} = 37.4 × 0.695 × 10^{13} ∫J_{
c
}dν >15 ∫J_{
n
}dν

i
= 4

0.13 × 10^{10}

0.15 × 10^{10}

1.1

T = 310, η = 0.015, V_{cell} = 0.65 × 10^{7}, k = 10^{3}, {({\partial}_{i}{V}_{j})}_{\nu}=\frac{{10}^{2}}{0.5\times {10}^{2}}{({\partial}_{i}{V}_{j})}_{B}=\frac{{10}^{2}}{0.5\times {10}^{3}}

i = 5 (SWEP)

0.16 × 10^{9}

0.05 × 10^{9}

0.33

E = 3 × 10^{3} volt/cm, ν = 100 d = 5 × 10^{17}, N = 10^{6}, s/N = 0.1, T = 310
