The phrase "a much larger surface" is correct and usable in written English.
It can be used when comparing the size of a surface to another, indicating that it is significantly bigger.
Example: "The new design features a much larger surface area, allowing for better heat distribution."
Alternatives: "a significantly bigger area" or "a considerably larger expanse".
The intestine has a greater blood supply and a much larger surface area.
Experts say the missile could have redirected itself toward the plane, which has a much larger surface area than the drone.
The emerging printing technology poses a heretical idea: Rather than squeezing more transistors into the same small space, why not smear the transistors across a much larger surface?
Electrochemical experiments showed that the macroporous Au-/nPts exhibited a much larger surface activation area (roughness factor (RF) = 2024.7) than the macroporous Au electrode (RF = 46.07).
The presence of pores on the fiber surfaces contributed to a much larger surface area and a higher total volume of pores.
But by forcing light to come out the top of the chip, which has a much larger surface area than the side, the power could be boosted by an order of magnitude.
In addition, the ZnO/Si nanopillar heterostructures have a much larger surface-to-volume ratio; therefore, an extraordinary surface state-related emission was showed in our sample, as is evident in Figure 4 (solid red circles).
From the TEM images (Figure 3c,d), we can observe that the high-content In-doped ZnO NWs have ripple-like surface, which can result in a much larger surface-to-volume ratio and thus facilitate the formation of SXs.
Accordingly, in mammalian neurons and especially in their dendrites, which have a much larger surface-to-volume ratio (Qian and Sejnowski, 1990), CA activity is generally thought to be necessary for maintaining the supply of intracellular HCO3− that drives GABAergic depolarizing and excitatory responses (Pasternack et al, 1993; Viitanen et al, 2010).
This form of chemical vapor deposition may be a scalable to give much larger surface areas.
Moreover, vertically aligned TiO2 nanotubes have much larger surface areas than a flat Ti surface and contribute to the interlocked cell configuration [27, 29]. Figure 8 MTT assay with absorbance as a measure of cell proliferation from osteoblast cells.
