Table 3.

Predetermined intervals to create parameters according to uniform distributions

Parameter	Value	Parameter	Value
$D_{\mathit{mSHt}}$, $D_{\mathit{mSWt}}$, $D_{\mathit{mWHt}}$, $D_{\mathit{mDPt}}$, $D_{mDP{}^{\prime }t}$, $D_{\mathit{mDSt}}$, $D_{\mathit{mDSt}}$,$D_{mPP{}^{\prime }t}$	$\sim U$(600, 1200)	$B_{\mathit{mDSV}}$, $B_{\mathit{mSWV}}$, $B_{\mathit{mSHV}}$, $B_{\mathit{mWHV}}$, $B_{\mathit{mPDV}}$, $B_{mP{}^{\prime }DV}$,$B_{mPP{}^{\prime }V}$	$\sim U$(5, 5000) Part Per Million = PPM  = milligram/liter
${\sigma }_{\mathit{Dt}}$, ${\sigma }_{\mathit{St}}$	$\sim U$(40,000, 45,000)$	$R_S$, $R_D$	$\sim U$(0.1, 0.55)
${\mathit{IH}}_{\mathit{mPt}}$, ${\mathit{IH}}_{mP{}^{\prime }t}$, ${\mathit{IH}}_{\mathit{mSt}}$, ${\mathit{IH}}_{\mathit{mDt}}$, ${\mathit{IH}}_{\mathit{mWt}}$,${\mathit{IH}}_{\mathit{mHt}}$	$\sim U$(2000, 2500)$	$F_{\mathit{mP}}$, $F_{mP{}^{\prime }}$, $F_{\mathit{mS}}$, $F_{\mathit{mW}}$,$F_{\mathit{mD}}$	120
$T_{\mathit{mPDt}}$, $T_{mP{}^{\prime }Dt}$, $T_{mPP{}^{\prime }t}$, $T_{\mathit{mDSt}}$, $T_{\mathit{mSWt}}$, $T_{\mathit{mSHt}}$,$T_{\mathit{mWHt}}$	$\sim U$(150, 350)$	$I_{\mathit{mPt}}$, $I_{\mathit{mSt}}$, $I_{mP{}^{\prime }t}$, $I_{\mathit{mDt}}$, $I_{\mathit{mWt}}$,$I_{\mathit{mHt}}$	$\sim U$(50, 100)
${\phi }_{\mathit{oSt}}$, ${\phi }_{\mathit{uDt}}$	$\sim U$(100, 400)$	$E_{\mathit{uDt}}$, $E_{\mathit{oSt}}$	$\sim U$(60, 120)
${\mathit{PC}}_{\mathit{mPt}}$, ${\mathit{PC}}_{mP{}^{\prime }t}$	$\sim U$(50, 250)$	$K_{\mathit{oS}}$, $K_{\mathit{uD}}$	$\sim U$(5, 50)
$V_{\mathit{mP}}$, $V_{mP{}^{\prime }}$, $V_{\mathit{mS}}$, $V_{\mathit{mW}}$,$V_{\mathit{mD}}$	$\sim U$(5, 25)	$L_S$, $L_D$	$\sim U$(5, 12)
$d_{\mathit{PD}}$, $d_{P{}^{\prime }D}$, $d_{PP{}^{\prime }}$, $d_{\mathit{DS}}$, $d_{\mathit{SH}}$, $d_{\mathit{SW}}$,$d_{\mathit{WH}}$	$\sim U$(5, 1000)km	${\varpi }_{\mathit{max}}$, ${\xi }_{\mathit{max}}$	$\sim U$(200, 400)
$E_S$, $E_P$, $E_{P{}^{\prime }}$, $E_D$, $E_H$,$E_W$	$\sim U$(10, 40)	${\varpi }_{\mathit{min}}$, ${\xi }_{\mathit{min}}$	$\sim U$(5, 100)
$C_P$, $C_{P{}^{\prime }}$, $C_D$, $C_S$, $C_W$,$C_H$	$\sim U$(0.2, 0.3, 0.4)	$\alpha$, $\beta$	$\sim U$(100, 600)
${\mathit{CP}}_{P\varnothing t}$, ${CP{}^{\prime }}_{P{}^{\prime }\varnothing t}$, ${\mathit{CD}}_{\mathit{uDt}}$, ${\mathit{CS}}_{\mathit{oSt}}$, ${\mathit{CW}}_{\mu Wt}$,${\mathit{CH}}_{\epsilon Ht}$	Small capacity $\sim U$ (1000, 6000)ton	$Y_{\mathit{SW}}$, $Y_{\mathit{SH}}$, $Y_{\mathit{DS}}$, $Y_{\mathit{PD}}$, $Y_{P{}^{\prime }D}$, ${\mathrm{\tau }}_S$,${\mathrm{\tau }}_D$,${\lambda }_S$, ${\lambda }_D$,${\mathrm{\Phi }}_D$,${\mathrm{\Phi }}_S$	$\sim U$(5, 25)
${\mathit{CP}}_{P\varnothing t}$, ${CP{}^{\prime }}_{P{}^{\prime }\varnothing t}$, ${\mathit{CD}}_{\mathit{uDt}}$, ${\mathit{CS}}_{\mathit{oSt}}$, ${\mathit{CW}}_{\mu Wt}$,${\mathit{CH}}_{\epsilon Ht}$	Medium capacity $\sim U$ (6000, 40,000)ton	${\mathit{CP}}_{P\varnothing t}$, ${CP{}^{\prime }}_{P{}^{\prime }\varnothing t}$, ${\mathit{CD}}_{\mathit{uDt}}$, ${\mathit{CS}}_{\mathit{oSt}}$, ${\mathit{CW}}_{\mu Wt}$,${\mathit{CH}}_{\epsilon Ht}$	Large capacity $\sim U$ (40,000, 70,000)ton
$\mathrm{\Omega }$,$\mathrm{\pi }$,$Q$,$\mathrm{\Lambda }$,$\vartheta$	$\sim U$(5, 5000)PPM	$G_{\mathit{So}}$, $G_{\mathit{Du}}$	$\sim U$(15, 85)