BCC
- noun
- Specialized
- In a BCC structure, atoms are located at the corners and the center of the cube.
- BCC structure
- BCC phase
- FCC and BCC
Examples
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There is a crystal structure transition from FCC to BCC with the increase of Al content.
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The crystal lattice constants of both FCC and BCC phases vary with Al content fluctuation (Fig. 2).
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Therefore, Al has been termed as a BCC former 40.
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And for this, for the BCC structure, it's the body diagonal.
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So for tantalum we're looking at BCC structure.
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Thus, their yield and tensile strengths increase with the phase fraction of BCC positively related to Al content.
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At the same time, the increase in strength and hardness sacrifices elongation due to the brittle BCC phases.
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The reason for selecting Al is that Al is a BCC stable element that can introduce the BCC phase and enhance the strength of the CrCoNi MEA by tailoring the phase constituents.
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Finally, the single equiaxed BCC phases are exhibited in Al-1 and Al-1.2 (Fig. 3h and 3i) alloys.
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The properties of materials change significantly when they adopt a BCC arrangement.
Surface Forms
Etymology
BCC stands for body-centered cubic, with body-centered meaning 'center of the body' and cubic meaning 'cube'. So BCC names a crystal where one atom sits in the center of a cube of atoms, which helps explain the metal's properties.