$\left(r,\theta ,z\right)$	Cylindrical coordinate system (m)
$w_0$	Constant mass flux velocity (m/s)
$T_{\infty }$	Constant ambient temperature (K)
$P$	Pressure (Kg/m. s2)
$k$	Thermal conductivity (W/(m. K))
$q_r$	Radiative heat flux
$\mathrm{Pr}$	Prandtl number
$T$	Temperature of the fluid (K)
$c_p$	Specific heat at constant pressure (J/Kg. K)
$F\left(\xi \right),G\left(\xi \right)$	Dimensionless velocity stream function
$T_w$	Constant surface temperature (K)
$S$	Mass suction parameter
$v_w$	Rotating velocity of the disk (m/s)
$R_d$	Radiation parameter
$u_w$	Surface velocity of the disk (m/s)
$N{u}_r$	Local Nusselt number
$u_e,v_e,w_e$	Free-stream velocities (m/s)
$C_{fr}$	Skin friction coefficient along the radial direction
$a$	Constant parameter having units (m. s)−1
$C_{f\theta }$	Skin friction coefficient along the azimuthal direction
$\left(u,v,w\right)$	Velocity components (m/s)
${\mathrm{Re}}_r$	Local Reynolds number
Greek Symbols
$\alpha$	Thermal diffusivity (m2/s)
${\upsilon }_f$	Kinematic viscosity (m2/s)
${\alpha }_A$	Rotating disk parameter
${\sigma }_v$	Tangential momentum accommodation coefficient
${\lambda }_0$	Coefficient of the main free path
$\theta \left(\xi \right)$	Dimensionless temperature
${\sigma }_T$	Thermal accommodation coefficient
$\omega$	Constant angular velocity (m/s)
$\gamma$	Specific heat ratio
$\lambda$	Stretching/Shrinking parameter
${\sigma }^{*}$	Stefan-Boltzmann constant (W/(m2. K4))
$\mu$	Absolute viscosity (N. s/m2)
$\xi$	Pseudo-similarity variable
$\rho$	Density (kg/m3)
$k^{*}$	Mean absorption constant
$\psi$	Stream function
${\delta }_1$	Velocity slip parameter
$\varphi$	Solid volume fraction of nanoparticles
${\delta }_2$	Temperature slip parameter
Acronyms
Cu	Copper
PDEs	Partial differential equations
H2O	Water
ODEs	Ordinary differential equations
bvp4c	Boundary value problem of the fourth order
Al2O3	Alumina
2D, 3D	Two and three-dimensional
BCs	Boundary conditions
N-S	Navier-Stokes equation
ICs	Initial conditions
Subscripts
$hnf$	Hybrid nanofluid
1,2	Hybrid nanoparticles (Cu and Al2O3)
$f$	Working base fluid
$w$	Wall boundary condition
$\infty$	Far-field condition
Superscript
′	Derivative with respect to $\xi$