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... atoms. Carbon atoms are bound together in microcrystals, which are basically parallel to the long axis of the fibers. The crystal alignment makes optical fibers extremely strong in size. Thousands of carbon...
.... Its crystal structure is a hexagonal lattice structure. It is commonly used in A-Plane, C-Plane, and R-Plane. Due to its wide optical transmission band, sapphire has good ......
..., anti-flaming and wide application. It is mainly used as PVC impact modifier. Product performance: It is white powder and innocuous. Since hydrogen atoms are replaced by chlorine atoms, the crystallization ...
..., anti-flaming and wide application. It is mainly used as PVC impact modifier. Product performance: It is white powder and innocuous. Since hydrogen atoms are replaced by chlorine atoms, the crystallization ...
... of carbon atoms. These fibers are extremely strong for their size due to the microscopic crystal alignment of the carbon atoms. Carbon fiber is made by twisting several thousand carbon fibers together to fo...
... LCD) is a type of liquid crystal display (LCD) that makes use of thin-film transistor technology in order to improve qualities such as contrast and addressability. TFT technology means that an ......
... sinter furnace and debind process In tungsten carbide, carbon atoms are embedded in the interstices of the tungsten metal crystal lattice without damaging the original metal crystal lattice, forming an inte...
... products, ceramics products. In tungsten carbide, carbon atoms are embedded in the interstices of the tungsten metal crystal lattice without damaging the original metal crystal lattice, forming an interstit...
...the internal structure of the material itself. Inside atoms and crystals you have both electrons and the nucleus of the atom. Both the nucleus and the electrons themselves act like little magnets, like littl...
...the internal structure of the material itself. Inside atoms and crystals you have both electrons and the nucleus of the atom. Both the nucleus and the electrons themselves act like little magnets, like littl...
...the internal structure of the material itself. Inside atoms and crystals you have both electrons and the nucleus of the atom. Both the nucleus and the electrons themselves act like little magnets, like littl...
...the internal structure of the material itself. Inside atoms and crystals you have both electrons and the nucleus of the atom. Both the nucleus and the electrons themselves act like little magnets, like littl...
...further development produced Sm2Co17 in the 1970s. SmCo5 has a hexagonal crystal structure that consists of five atoms of cobalt for each samarium atom. SmCo5 magnets are also known as Sm-Co 1:5, samarium-co...
... of atoms, molecules or a mixture of the two.The working medium for solid lasers consists of atoms or ions doped in certain crystals. The working medium for a liquid laser consists of molecules of high molec...
... of atoms, molecules or a mixture of the two.The working medium for solid lasers consists of atoms or ions doped in certain crystals. The working medium for a liquid laser consists of molecules of high molec...
...further development produced Sm2Co17 in the 1970s. SmCo5 has a hexagonal crystal structure that consists of five atoms of cobalt for each samarium atom. SmCo5 magnets are also known as Sm-Co 1:5, samarium-co...
... are decomposed at high temperatures, and the carbon atoms are deposited onto a substrate, forming a polycrystalline diamond layer. Unlike single-crystal diamonds, polycrystalline CVD diamond consists of num...