Name		size			Description
Zmesh:		[184×129 double]	Mesh grid in Z direction (horizontal axis, in mm)
Rmesh:		[184×129 double]	Mesh grid in R direction (vertical axis, in mm)
qmesh:		[184×129 double]	Mesh grid in θ direction (out-of-plane axis, in mm)
Vz:		[184×129×2500 double]	Instantaneous Z velocity (axial velocity, uz, 2500 samples, in m/s)
Vr:		[184×129×2500 double]	Instantaneous R velocity (radial velocity, ur, 2500 samples, in m/s)
Vq:		[184×129×2500 double]	Instantaneous θ velocity (circumferential velocity, uθ, 2500 samples, in m/s)
vor:		[184×129×2500 double]	Instantaneous θ vorticity (circumferential vorticity, ωθ, 2500 samples, in s-1)
Vz_mean:	[184×129 double]	Ensemble-averaged  Z velocity (axial velocity, Uz, in m/s)
Vr_mean:	[184×129 double]	Ensemble-averaged R velocity (radial velocity, Ur, in m/s)
Vq_mean:	[184×129 double]	Ensemble-averaged θ velocity (circumferential velocity, Uθ, in m/s)
vor_mean:	[184×129 double]	Ensemble-averaged θ vorticity (circumferential vorticity, <ωθ>, in s-1)
size:		[184 129 2500]		Data set size (horizontal, verical, total instantaneous samples)
norm_Zmesh:	[184×129 double]	Normalized mesh grid in Z direction (horizontal axis, normalized using cA=53.5mm)
norm_Rmesh:	[184×129 double]	Normalized mesh grid in R direction (vertical axis, normalized using L=45.6mm)
norm_Zmask:	[1×1667419 double]	Normalized coordinates for the mask (Z axis)
norm_Rmask:	[1×1667419 double]	Normalized coordinates for the mask (R axis)
log_mask:	[184×129 double]	Logical mask (0 is the mask)
Vzz:		[184×129 double]	velocity gradient (dUz/dz)
Vrr:		[184×129 double]	velocity gradient (dUr/dr)
Vzr:		[184×129 double]	velocity gradient (dUz/dr)
Vrz:		[184×129 double]	velocity gradient (dUr/dz)
Vqz:		[184×129 double]	velocity gradient (dUθ/dz)
Vqr:		[184×129 double]	velocity gradient (dUθ/dr)
Vqq:		[184×129 double]	velocity gradient (dUθ/dθ)
VrVr_:		[184×129 double]	Reynolds stress term: mean((ur -Ur)^2)
VrVz_:		[184×129 double]	Reynolds stress term: mean((ur -Ur)*(uz -Uz))
VrVq_:		[184×129 double]	Reynolds stress term: mean((ur -Ur)*(uθ -Uθ))
VzVz_:		[184×129 double]	Reynolds stress term: mean((uz -Uz)^2)
VzVq_:		[184×129 double]	Reynolds stress term: mean((uz -Uz)*(uθ -Uθ))
VqVq_:		[184×129 double]	Reynolds stress term: mean((uθ -Uθ)^2)
TKE:		[184×129 double]	Turbulent kinetic energy: 0.5(mean((uz -Uz)^2)+mean((ur -Ur)^2)+mean((uθ -Uθ)^2))