PEDOT-HA/PLLA films modified with laminin (LN) also exhibited an efficiently elongated cell morphology observed by fluorescent microscope and metallographic microscope.
In addition, SEM micrographs and metallographic images were collected and analyzed in order to better characterize the sample's morphology and also in attempt of explaining the MLG influence on cement paste.
Mechanical and metallographic analyses of uniaxial tension, torsion and upsetting experiments are performed.
Test coupons were characterized using microindentation, stylus and optical interferometry, and metallographic examination.
Then, the possible damage was examined by hardness test, in-situ field metallography and metallographic replicas.
The wires and strips were subjected to detailed mechanical testing, hardness measurements and metallographic examination.
The research was performed by means of galvanostatic anodic polarization, chemical analysis and metallographic analysis.
Initially, results from elemental analysis via optical emission spectrometer (OES) investigation and metallographic examination using optical microscope are presented.
The coating thickness was determined from glow discharge spectroscopy and metallographic cross sections.
The thickness of the coatings was measured using a coating thickness meter and metallographic microscope.
