Wear occurs at most solid surfaces that come in contact with other solid surfaces.
Mercury is used as the injection fluid since it is non-wetting and non-reactive with most solid surfaces.
Meteorite crater formation is arguably the most important geologic process in the solar system, as meteorite craters cover most solid-surface bodies, Earth being a notable exception.
Most of the solid surfaces in the solar system are pockmarked with large craters, and much has been deduced about the processes that take place when they form.
Surface tension is one of the most important physicochemical properties of any solid surface and is correlated with resistance to biofilm formation.
The ability of medulloblastoma cells to circumvent apoptotic programs normally triggered by detachment from a solid surface (anoikis) is most likely a prerequisite for LMD.
These are most commonly used in conjunction with solid surface countertops, but can also be built into stone or concrete countertops.
The Great Red Spot is not anchored to any solid surface feature—Jupiter is most likely fluid throughout.
Given the planet's high mass, it is most likely to be a gas giant with no solid surface.
Surface wettability is one of most important indexes for understanding the interfacial characteristics between a solid surface and a liquid, especially such physico-chemical properties as hydrophilicity and water repellency.
Second, unlike DNA arrays, in which no secondary and/or tertiary structure is required for a nuclear acid probe (immobilized on a solid surface) to maintain its function and specificity, most proteins spotted on the solid surface do no maintain their function over time.
