Unformatted text preview: ght two electromagnetic
spheroidized carbide in ferrite, which
materials there rubbers orwhich a fractional change in volume of a material per unit i
the to a liquid charge Those Curie temperaturecontaining martensite. Tempered crys- c axis. Numerically, it is essentially equiva
The temperature or
above at an elevated
s motionphase has
exhibit both short-range order (SRO) and long-range order are called
sintering The coalescence of powders
anisotropic those with SRO force latticeamorphous, direction. in temperature.
Anormal Having frequenciestermedvary the area normal to
talline materials while stress or ion at aredivided subsequent noncrystalline,
radiation atom properties that sitewith Fe C
l lete solubility atvacancy ferromagneticat high The only ﬁneparamagnetic or reradiation basal slip Deformation that bainite, on marte
occurs up to
martensite materialextensive solid-state diffusion. particles
consists exhibits with by
temperature via by which the surface of a 3
engineering strain eutectoid the ba
materials. at lower A
wear of HCP removal as a below thedislocation tempe
The temperature result offor strainsa result
would normally force. process
the be frequencies.
crystals of surface material as motio
in an -ferrite matrix. The for making hollow
f king ﬁbers in which a
slip casting A into hard oxide by an toughness mechanical rather than chemical interaction.
component is highest-energy aelectron band that is ceramic
converted processin a phase transformation.
The force divided
valence band The method ﬁrst step which excess by tempering.
machining The A process enhanced single
.s through a spinnerette electrochemical whichprocess by areof ceramicmaterial iscalled basis spheroidizing t atomsaor ionsheat-treatl
The number of For steel, on each
nalysis of composites Czochralskiin action.a suspension by which aparticles
parts at 0 K.
area normal to the to pieces spher
welding A eutectoidused to join twoproduce of me
process temperatureapplied force.
at least partiallyof Si of site Ashearing....
View Full Document