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43
the O
laser B-PARA
power E-PARA
and/or O
exposure S-CONPRI
time O
, O
the O
lattice S-CONPRI
strut O
diameters O
, O
within O
the O
1.5 O
mm S-MANP
diamond S-MATE
unit O
cells S-APPL
, O
increased O
from O
119 O
to O
293 O
μm O
, O
resulting O
in O
the O
major O
pore S-PRO
diameter S-CONPRI
decreasing O
from O
1106 O
to O
932 O
μm O
. O
The O
effect O
of O
systematically O
altering O
the O
laser B-CONPRI
beam E-CONPRI
spot O
size O
on O
the O
cellular B-FEAT
structures E-FEAT
was O
also O
evaluated O
. O
It O
was O
observed O
that O
by O
doubling O
the O
laser B-CONPRI
beam E-CONPRI
spot O
size O
, O
that O
there O
was O
a O
17 O
% O
reduction S-CONPRI
in O
strut B-PARA
diameter E-PARA
and O
a O
22 O
% O
reduction S-CONPRI
in O
mechanical B-PRO
strength E-PRO
of O
the O
structures O
. O
It O
was O