"copper fiber" is a correct and usable phrase in written English.
It is typically used to describe a type of fiber made from copper or containing copper particles. Example: This high-tech clothing material is made from a blend of copper fibers and cotton, providing both conductivity and comfort for athletes.
The capillary performance of these porous copper fiber sintered sheets were analyzed and discussed.
Services include broadband over copper, fiber and cable, IPTV, voice over internet, home communications services, IP-VPN/Business internet, leased lines and traditional telephony.
Compared to smooth porous copper fiber sintered sheets, loop heat pipes with rough porous copper fiber sintered sheets exhibit a shorter start-up time, lower thermal resistance, and lower evaporator wall temperature.
When rough porous copper fiber sintered sheets are used as wicks and deionized water is used as the working fluid, the capillary pumping amount is maximized.
Smooth and rough porous copper fiber sintered sheets, employed here as wicks for loop heat pipes for the first time, were fabricated using a low-temperature solid-phase sintering method.
The results showed that the capillary pumping amount of working fluid for both smooth and rough porous copper fiber sintered sheets initially increases rapidly, and then gradually attains a stable state.
Software companies large and small are now working to transform it into an array of floating services available through a global network of computers woven together from high-speed networks of copper, fiber-optic glass and radio waves.
The discussion begins with systems guided over a physical bearer; namely twisted pair and coaxial copper, fiber-optic cables, and the power distribution system.
Now, researchers have figured out a solution, New Scientist reports: a "fabric circuit board" made of prestretched yarn knitted with polymer-coated copper fibers.
The catalytic activity of both copper fibers and copper-coated fibers of a diameter of 50 100 μm made of aluminum alloy, technical grade titanium, and FeCrAl alloy in CO oxidation has been estimated.
It has been shown that the catalytic activity of copper-coated fibers made of FeCrAl alloy in the reaction of CO oxidation is not inferior to that of copper fibers.
