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, O
and O
is O
useful O
for O
comparing O
different O
sources O
of O
powder S-MATE
as S-MATE
well O
as S-MATE
studying O
how O
the O
size/shape O
distributions S-CONPRI
of O
a O
powder S-MATE
might O
change O
over O
multiple O
recycling S-CONPRI
events O
. O
Electrochemical S-CONPRI
microstructuring O
enables O
the O
production S-MANP
of O
polymer-metal B-MATE
hybrids E-MATE
by O
means O
of O
Material B-MANP
Extrusion E-MANP
without O
the O
need O
of O
coatings S-APPL
. O
The O
contact S-APPL
temperature O
between O
the O
metal S-MATE
sheet O
and O
the O
deposited O
polymer S-MATE
significantly O
influences O
the O
resulting O
component S-MACEQ
behavior O
. O
A O
consolidation S-CONPRI
roll O
improves O
the O
filling O
of O
microstructures S-MATE
for O
low O
contact S-APPL
temperatures O
. O
The O
development O
towards O
higher O
individualization O
and O
functional O
density S-PRO
pushes O
the O
need O
towards O
a O
flexible B-CONPRI