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Martensite is a very hard form of
steel crystalline structure. It is
named after German metallurgist Adolf Martens. By
analogy the term can also refer...
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change an alloy's
properties during heat treatment: the
formation of
martensite causes the
crystals to
deform intrinsically, and the
diffusion mechanism...
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originally described the
microstructure as
similar in
appearance to
tempered martensite. A fine non-lamellar structure,
bainite commonly consists of cementite...
- phases, with
three different crystal structures (i.e.
twinned martensite,
detwinned martensite, and austenite) and six
possible transformations. The thermo-mechanic...
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great strength (but less than
martensite),
greater ductility,
higher impact resistance, and less
distortion than
martensite steel. The
disadvantage of austempering...
- The
austenite is
transformed into
martensite, a hard body-centered
tetragonal crystal structure. The
quenched martensite is very hard and too
brittle for...
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bands are
formed by
sheets of
microscopic carbides within a
tempered martensite or
pearlite matrix in higher-carbon steel, or by
ferrite and pearlite...
- he made
significant contributions in
molecular morphology,
physical martensite, and
their applications in
condensed and
material physics. In 2023, ****stan...
- high-Cr, high-Ni
steels are
generally austenitic and
unable to
become martensite when heat treated,
while lower-Ni
steels can.
Alternative variants of...
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migrate but is
locked within the face-centred
austenite and
forms martensite.
Martensite is a
highly strained and stressed,
supersaturated form of carbon...
