Corrosion of the three materials was uniform.
However, the deformation patterns of the three materials were similar.
Moreover, the conductivity, ionization potential, and electron affinity should be largest for polytellurophene amongst the three materials.
The diamagnetic susceptibilities of the three materials measured by the VSM method were consistent with the published values.
The attenuation for the three materials was found at frequencies of 315 Hz and 400 Hz.
The three materials of the prefabricated panel were arranged to provide both structural and thermal efficiencies.
The reaction rate, capacity, and effective pH range of the three materials are reported.
The data relative to the electrosynthesis of the three materials are compared.
The three materials included polymer modified nanoclay (PMN), non-modified nanoclay (NMN) and nanosilica (NS).
XPS analyses revealed that the composition of passive film on the three materials was different.
Finally, MSCs were induced to undergo osteoblastic differentiation on the three materials, and deposition of a mineralized matrix was quantified.
