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Unformatted text preview: cromolecules depends on tempera
units of reciprocal length.
not a function of time, but can be heated to fo
space-ﬁlling repeating patterntransformation, duringOne or
monotectoid reaction The that Chapter 2 a Atomic Scale Structures
Ni3(Al, Ti) precipitates. level within
martensite transformations in steels are atherm
acceptor level a or ions are placed at each thereversibly into
thermoset polymer A polymer (
more atoms The impurity
cooling, of solid phase isothermally and band gap
of asuperconductivity A state the matter inholes initial isatomic packing factor (APF) The fraction o
semiconductor associated with of electron which there
three-dimensional network of cova
lever rule having equation that enables one to the
An different compositions from calculate the
introduced by the incorporation ofof electricalor III carriers. ﬁlled by spherical atoms.
no resistance to the motion a Group II charge
that does not melt when reheated.
onduction in pure
relative amounts of two phases present in a two-phase
element into a Group IV semiconductor. is below its thermo-atomic scale structure The structure of a m
supercooledclass of the A liquid that of the alloy and the
n-type A liquid
tie line Horizontal line drawn on
mixture in terms of extrinsic semiconductors containing
hich the transformation [R] dynamic melting temperature. A valence electrons.
activation 7-27060 with more Schaffer supercooled liquid is the size scale of an atom (i.e., on the scale of a
polarization A mechanism by which the
dopant atoms /
two-phase ﬁeld connecting the com
phases present. IRWIN / O than four
which there arepg803
lete. For other systems, corrosion rate is reduced in some systems. It occurs when
to 10 10 m).
metastable at best A precipitation of a second phase
and may crystallize
phases in equilibrium.
line steps in theThe compound whose aat any time.
l the parent phase...
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