The phrase "a very small surface" is correct and usable in written English.
It can be used to describe an area that is minimal in size, often in scientific, technical, or descriptive contexts.
Example: "The experiment required a very small surface to ensure accurate measurements of the chemical reaction."
Alternatives: "a tiny area" or "a minimal surface".
The second, the European system, is characterized by very small groups (10 to 20 animals each) and a very small surface, generally covered.
On a very small surface, a chip, several thousands of oligonucleotides, having a length between 20 and 25 bases, can be synthesized.
In particular, low velocity impacts can cause a significant amount of delamination, even though the only external indication of damage may be a very small surface indentation.
Calculations and experiments using bulk gold electrodes prove that a very small surface coverage of metal particles is sufficient to prevent charge carrier diffusion problems in the electrolyte.
The group also threatened that The Sun hacking went further than surface level, and tweeted out the emails and passwords of what are presumably Sun employees from the @LulzSec account, writing "We are showing you a very small surface; the real damage is currently giving the admins heart attacks.
Good!" The group also threatened that The Sun hacking went further than surface level, and tweeted out the emails and passwords of what are presumably Sun employees from the @LulzSec account, writing "We are showing you a very small surface; the real damage is currently giving the admins heart attacks.
That means that small Sun-sized black holes with very small surface areas (about 8 square miles) take a long time to consume the mass of a shreaded star.
The method is further extended for applications to computations of acoustic wave reflection and scattering by very small surface inhomogeneities with simple geometries.
If the surface is completely covered with the molecule of interest, ions cannot interact with the surface, and only very small surface stress changes are measured.
The rather large distance of the mass sources in deep geothermal reservoirs (2.5 km for Rittershoffen and 5 km for Soultz) leads to very small surface signals, at least from the purely Newtonian point of view.
The non-imprinted polymer had very small surface globules.
