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close O
to O
or O
above O
Tg S-CHAR
using O
infrared S-CONPRI
heating S-MANP
. O
The O
use O
of O
Magnetic O
Resonance O
Imaging S-APPL
( O
MRI O
) O
for O
monitoring O
, O
studying O
and O
performing O
output O
quality S-CONPRI
measurements O
of O
the O
acrylate-based O
polymeric O
patterns O
manufactured S-CONPRI
using O
stereolithography S-MANP
( O
SL S-MANP
) O
was O
introduced O
in O
this O
work O
. O
The O
effects O
of O
build B-PARA
parameters E-PARA
and O
humid O
environment O
on O
sample S-CONPRI
homogeneity O
, O
distribution S-CONPRI
of O
crosslink O
density S-PRO
, O
stability S-PRO
and O
defect S-CONPRI
formation O
were O
examined O
. O
The O
spatial O
resolution S-PARA
of O
the O
method O
was O
found O
to O
be S-MATE
sufficient O
to O
identify O
patterns O
according O
to O
the O
build B-PARA
parameters E-PARA
used O
and O
to O
detect O
specific O
hatch-predicted O
crosslink O