The phrase "a continuous zone of" is correct and usable in written English.
It can be used to describe an uninterrupted area or region that has a specific characteristic or quality.
Example: "The researchers identified a continuous zone of vegetation that supports diverse wildlife."
Alternatives: "an unbroken area of" or "a seamless region of".
The marmoset and macaque possess a continuous zone consisting of the ND, NB and pNr, similar to the cat.
Polarization of osteoclasts during bone resorption involves rearrangement of the actin cytoskeleton, in which an F-actin ring that comprises a dense continuous zone of highly dynamic podosome is formed and consequently an area of membrane that develop into the ruffled border is isolated.
As the temperature decreased at the same rate for the continuous zones during the whole quenching (crystallization) processes, F s and FT were at the equilibrium state, respectively (ΣF s ≈ 0, ΣFT ≈ 0); therefore, the crystallization of polymer chains at continuous zone of Q1, Q2, and Q3 coating was in an unconstrained environment similar with P1 coating.
In the continuous zone of the far north, permafrost is nearly everywhere present except under the lakes and rivers that do not freeze to the bottom.
The continuous zone of the coatings is marked with red circles while the discontinuous zone is marked with red ellipse.
In addition, the PTFE nano-spheres, with 20 ~ 100 nm in diameter, were distributed most uniformly, consistently, and densely on the smooth continuous surface (continuous zone) of the micropapillae (Figure 5a,b,c).
As much smaller nano-papules/spheres with poor directional consistency stacked densely on the continuous zone of Q1, Q2, and Q3 coating, the contact area between the water droplet and the coating surfaces increased at some extent, and the adhesion of water droplets on Q1, Q2, and Q3 coating was greater than that of P2 coating[29, 30].
At the same time, the cooling time in the discontinuous zone was longer than the continuous zone because of less exposure in the cooling medium.
The larger, "mature" fault zone displays a continuous damage zone caused by the presence of secondary fault cores embedded in a heavily fractured area inside the damage zone.
This resulted in a two-zone microstructure consisting of a continuous subsurface zone and underlying needle-like iron borides.
