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43
also O
observed O
that O
at O
constant O
energy O
input O
levels O
, O
the O
lattice B-FEAT
structures E-FEAT
created O
using O
a O
focused O
laser S-ENAT
exhibited O
an O
81 O
% O
lower O
mechanical B-PRO
strength E-PRO
than O
the O
structures O
created O
using O
a O
de-focused O
laser S-ENAT
. O
Thus O
, O
demonstrating O
that O
the O
mode O
of O
energy O
input O
is O
critical O
to O
achieving O
the O
desired O
strength S-PRO
in O
these O
structures.Based O
on O
the O
outputs O
from O
the O
in-situ S-CONPRI
monitoring O
system O
, O
a O
broadly O
linear O
correlation O
was O
obtained O
between O
the O
laser S-ENAT
input O
energy O
, O
the O
associated O
process B-CONPRI
monitoring E-CONPRI
data S-CONPRI
generated O
and O
the O
mechanical B-PRO
strength E-PRO
of O
the O
lattice B-FEAT
structures E-FEAT
. O
Elevated O
heat-treatment O
temperatures S-PARA
increased O
mechanical B-CONPRI
properties E-CONPRI
. O