Sentence examples for metals at room from inspiring English sources

The ability to print liquid metals at room temperature is important because it allows for metallic structures to be printed alongside temperature-sensitive materials such as plastics, organics, and biological materials.

For most metals at room temperature, the plasma frequency is usually in the visible and UV regions, approximately from 3 to 20 eV.

In materials science, this is a useful approximation for semi-conductors and a very good approximation for metals at room temperature.

Then, three important aspects of high pressure gaseous hydrogen safety, i.e., hydrogen embrittlement of metals at room temperature, temperature rise in hydrogen fast filling, and potential risks such as diffusion, deflagration, and detonation after hydrogen leakage are introduced.

This is because the resistivity to electron transport in metals at room temperature mostly originates from scattering of electrons on thermal vibrations of the lattice, which are relatively weak for a soft metal.

The softness of copper partly explains its high electrical conductivity (59.6×106 S/m) and thus also high thermal conductivity, which are the second highest among pure metals at room temperature.

Similar pile-ups around the indentation were observed in the nanocrystallization during the nanoindentation of a bulk amorphous metal alloy at room temperature, indicating the severity of plastic flow around this region during indentation [18].

An array of barriers on the same scale as precipitation hardening can be created by plastically deforming the metal at room temperature.

Although no one has ever seen this element, it is thought to be a solid (pale silvery-grey?) metal at room temperature.

This last example explains why the conductivity of a metal increases substantially with falling temperature: in a pure metal at room temperature, most resistance to the motion of free electrons comes from the thermal vibration of the atoms; if the temperature is reduced to almost absolute zero, where thermal motion essentially stops, conductivity can increase several thousandfold.

A couple of paragraphs after Mr. Kean tells this story, he somehow segues into a discussion of gallium, which looks like a solid metal at room temperature but melts into a puddle if held in the hand, giving rise to the disappearing spoon trick of the title.