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Despite O
the O
higher O
phase B-CONPRI
fraction E-CONPRI
of O
Cr3C2 O
produced O
by O
the O
three-component O
precursor S-MATE
system O
, O
SEM S-CHAR
imaging S-APPL
of O
the O
sample S-CONPRI
microstructures S-MATE
and O
fracture S-CONPRI
analysis O
indicated O
that O
increased O
bonding S-CONPRI
occurred O
in O
Cr3C2 O
produced O
by O
conversion O
of O
Cr/Cr2O3 O
. O
This O
reaction-induced O
bonding S-CONPRI
enhanced O
the O
interlayer O
mechanical B-PRO
integrity E-PRO
. O
The O
results O
in O
this O
work O
demonstrate O
the O
use O
of O
isovolumetric O
reaction O
synthesis O
techniques O
that O
are O
broadly O
applicable O
for O
non-oxide S-MATE
ceramic S-MATE
production O
using O
reactive O
additive B-MANP
manufacturing E-MANP
methods O
. O
A O
novel O
hydrodynamic O
cavitation S-CONPRI
abrasive S-MATE
finishing O
( O
HCAF O
) O
process S-CONPRI
was O
developed O
. O
Internal O
surface B-MANP
finishing E-MANP
was O
done O
using O