120 pts) Martensite is a quench byproduct of austenite. Austenite is a high temperature form of iron-carbon aloy) The allotropic transformation of iron shows itselt during the non-equilibrium phase transformation of austenite to martensite since Austenite has an ECC unit cell whereas Martensite has a body centered tetragonal unit cell. Because the carbon atoms are randomly distributed within the frontattice for these steel structures the x-rays scattered off from steels primarily show features related to the relattice Assume we collect xray diffraction data from a polycrystalline martensite samole having 0.76 weight carbon and the factice parameters for the tetragonal coll are given by the following expression cla-1-0.045 we If the wavelength of the xrays is 1.2 Angstrom where should we expect to measure the centers of the first peaks and what are their Miller indices? 120 pts) Martensite is a quench byproduct of austenite. Austenite is a high temperature form of iron-carbon aloy) The allotropic transformation of iron shows itselt during the non-equilibrium phase transformation of austenite to martensite since Austenite has an ECC unit cell whereas Martensite has a body centered tetragonal unit cell. Because the carbon atoms are randomly distributed within the frontattice for these steel structures the x-rays scattered off from steels primarily show features related to the relattice Assume we collect xray diffraction data from a polycrystalline martensite samole having 0.76 weight carbon and the factice parameters for the tetragonal coll are given by the following expression cla-1-0.045 we If the wavelength of the xrays is 1.2 Angstrom where should we expect to measure the centers of the first peaks and what are their Miller indices