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observations O
. O
Hydrodynamic O
cavitation S-CONPRI
gradually O
removed O
loosely O
attached O
surface B-CONPRI
asperities E-CONPRI
in O
AM S-MANP
internal O
channels O
. O
The O
findings O
suggest O
that O
the O
synergistic O
effects O
in O
hydrodynamic O
cavitation S-CONPRI
abrasive S-MATE
finishing O
are O
effective O
in O
enhancing O
the O
material S-MATE
removal O
and O
surface-finish O
quality S-CONPRI
of O
AM S-MANP
components O
. O
Tracking O
codes O
are O
embedded O
inside O
3D B-APPL
printed I-APPL
parts E-APPL
for O
product O
authentication O
. O
Imaging S-APPL
method O
like O
micro-CT S-CHAR
can O
retrieve O
the O
internal O
tracking O
code O
information O
. O
Micro-CT S-CHAR
images S-CONPRI
of O
the O
code O
present O
poor O
contrast O
and O
imaging S-APPL
artifact O
challenges O
. O
Pre- O
and O
post-processing S-CONPRI
enable O
automatic O
and O
robust O
image S-CONPRI
reading O
and O