Concepts in Steel Processing and Analysis

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Across
  1. 2. Parallel lines seen in HRTEM that correspond to atomic planes. (Space as -)
  2. 3. Metal processed at room temperature by pulling through a die. Increases strength by work-hardening. (Space as -)
  3. 8. Regions of periodic atomic plane layering. (Space as -)
  4. 10. Heat treatment of rapid cooling to and holding at a set temperature. (Space as -)
  5. 11. Mathematical transform that converts an image to frequency/reciprocal space (used in TEM or NMR). Abbreviation.
  6. 12. Lamellar steel of ferrite and cementite formed on slow cooling of austenite.
  7. 13. Hard iron carbide phase (Fe3C) found in steels.
  8. 14. Energy per unit area at the boundary between phases/grains.
  9. 15. TEM imaging mode formed by a diffracted, scattered beam. (Space as -)
  10. 16. Distance between successive ferrite/cementite layers in pearlite. (Space as -)
Down
  1. 1. Metal formed by processing above recrystallization temperature. Easier to shape and ductile. (Space as -)
  2. 4. Movement of faults along slip planes that produces plastic deformation. (Space as -)
  3. 5. Heating steel until it becomes face-centered cubic to uniformly dissolve carbon.
  4. 6. Minimum shear stress needed to incite dislocation motion. Determines yield strength.
  5. 7. TEM imaging mode formed with an unscattered, transmitted beam. (Space as -)
  6. 9. Interfaces (grain/phase boundaries) that hold dislocations or vacancies. (Space as -)