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8753E Network Analyzer Service
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2010-08-18
贾伟刚
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Introduction
A wealth of information can be derived
from instrumented indentation testing
(also called nanoindentation); this
testing provides the necessary data for
the determination of Young’s modulus,
hardness, elastic/plastic work, and
other material properties. Over the
years a set of generalized rules have
been empirically determined including
the 10% Rule for indentation depth
on coatings, the 5% Rule for surface
roughness, and the 1 Degree Rule for
surface tilt and alignment. This article
addresses each of these rules and
provides justifi cation and limitations
for each.
A wealth of information can be derived
from instrumented indentation testing
(also called nanoindentation); this
testing provides the necessary data for
the determination of Young’s modulus,
hardness, elastic/plastic work, and
other material properties. Over the
years a set of generalized rules have
been empirically determined including
the 10% Rule for indentation depth
on coatings, the 5% Rule for surface
roughness, and the 1 Degree Rule for
surface tilt and alignment. This article
addresses each of these rules and
provides justifi cation and limitations
for each.
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