Comparatus ad aciem carbon

1. Density

densitate steeli carbon is paululum maior est quam steeli ferritici et martensici sterilis sed paululum inferior quam steeli sterilis sterilis

2. Resistivitas

Resistentia crescet in ordine oculi carboni ferritis martensis et austenis steelis inprudentiae

3. Classificatio coefficientium expansion is linearum similis est, cum steela austenitica stainless habens altissimum coefficientem et steelam carbon minimum coefficientem;

4. Carbon steel, ferritic and martensitic stainless steel have magnetism, while austenitic stainless steel has no magnetism. However, magnetism will be generated during the martensitic transformation formed by cold work hardening. Heat treatment methods can be used to eliminate this martensitic structure and restore its non-magnetic state.

Comparatum cum acido carbonis, acido sterilis sterilis habet sequentes characteres:

1) Exalta resistentia electrica, circa 5 vices quam ferrum carbonis.

2) Expansionis linear is coefficiens 40% maius est quam ferrum carbonis, et cum temperatura cresceret, etiam coefficientis expansionis linearis coefficiens similiter incresceret.

3) Low thermal conductivity, about one third that of carbon steel.