Iron has an fcc structure at temperatures higher than 913 degree centigrade, and bcc structure below...

Iron has an fcc structure at temperatures higher than 913 degree centigrade, and bcc structure below this temperature. At 1148 oC, iron can dissolve maximum of 2.08% of carbon to form steel. However, at temperature lower than 723 oC, iron can only dissolve maximum 0.025% carbon. The atomic radius is 0.129 nm in both structures (don't consider thermal expansion). One of the largest void is located at (0, ½ , 0) for fcc.

What is the largest void size in the fcc structure of iron?

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samet mamat answered 1 year ago

Iron has an fcc structure at temperatures higher than 913 degree centigrade, and bcc structure below...

Iron has an fcc structure at temperatures higher than 913 degree centigrade, and bcc structure below this temperature. At 1148 oC, iron can dissolve maximum of 2.08% of carbon to form steel. However, at temperature lower than 723 oC, iron can only dissolve maximum 0.025% carbon. The atomic radius is 0.129 nm in both structures (don't consider thermal expansion). One of the largest void is located at (0, ½ , 0) for fcc. What is the largest void size in...

22) the diffusion coefficient of carbon FCC iron is lower than BCC iron because a) the...

22) the diffusion coefficient of carbon FCC iron is lower than BCC iron because a) the temperature is higher for FCC b) FCC has a higher packing factor c) FCC is more cubic d) Carbon is substitional in FCC

The densest plane and direction in BCC and FCC structure

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an x ray diffractometer recorder chart for an element that has either BCC or FCC structure...

an x ray diffractometer recorder chart for an element that has either BCC or FCC structure showed diffraction peaks at the following 2@ angles: 41.07, 47.73, 69.879, 84.396. the wavelenght of the incoming radiation is 0.15405 nm. determine a) the structure of the element, b) the lattice constant 'a', and c) identify the element

A single crystal of a metal that has the FCC crystal structure is oriented such that...

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Iron has an fcc structure at temperatures higher than 913 degree centigrade, and bcc structure below...

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