The phrase "a much more uniform" is correct and usable in written English.
It can be used when comparing the uniformity of two or more things, indicating that one is significantly more uniform than the other.
Example: "The new design resulted in a much more uniform appearance across all products."
Alternatives: "a significantly more uniform" or "a considerably more uniform".
"There you see a much more uniform color and size of stone," he said.
These results show that circumferential oil injection has a much more uniform radial density distribution than the traditional axial oil injection.
It was demonstrated that a downstream position of the anode yields a much more uniform deposition compared with an upstream placement of the anode.
Experimental results reveal that a much more uniform distribution of zinc is achieved in the prepared electrode than the original electrode does after charing, demonstrating the validity of our proposed mechanism and method.
It was found that a much more uniform potential (and also current) distribution was obtained with the current feeders at opposite ends of the electrodes rather than at the same ends.
However, compared to PVD and MOCVD, PEALD can provide a much more uniform passivation layer, especially for ultrathin thickness.
Two main features are clearly evident: negative values of ΔΦ over the molecules, the effect being 0.2 eV stronger on Au(111) than on Cu(111); a different ΔΦ intramolecular contrast on the two substrates, with significant variations (∼1 eV) between the 1,3-di tert-butyl phenyl groups and the pyrene core for TBP on Au(1,3-di tert-butyl phenylh more uniform ΔΦ distribution for TBP on Cu(1,3-di tert-butyl phenyl
Furthermore, it was found that flow distributions among the microchannels in the A-type were much more uniform than those in the conventional Z-type microchannel reactor with one inlet/one outlet.
Results show that the radial solids holdup distribution in a downer reactor is much more uniform than that in a riser.
However, a single-crystalline substrate like a Si wafer exhibits much more uniform etching, leading to smoothly patterned surfaces.
A more efficient precursor delivery system would allow reaching higher deposition rates and much more uniform deposits, making possible an industrial production of metallized carbon nanotubes.
