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A microstructural study of the surfaces of the sample walls was performed using X-ray diffraction analysis and optical and scanning/transmission electron microscopy.
Comparison of simulation results agreed well with experimental data, and the mathematical model was reported to be used for designing RF systems to mitigate the effect of overheating at the surfaces of the sample.
As the top and bottom surfaces of the sample are not in contact with similar environments, different rates of heat transfer in the surfaces and the temperature gradient across the sample establish the preferential direction of heat transfer.
Micro-CT is used to obtain 3D images of a highly fractured rock sample with a resolution of 16.5μm and SEM is applied to obtain images with nanometer resolution from polished surfaces of the sample.
The largest opposite surfaces of the sample were covered with a silver paste (SPI Supplies).
Reflected elastic waves from the top and bottom surfaces of the sample were received by the transducer and then converted into an electric signal.
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Scanning electron microscopy (SEM) is used to observe the worn surfaces of the samples.
Here, the surfaces of the samples were characterised and then replicated using simple polymeric reproduction methods.
Having rougher surfaces of the samples revealed that their higher bonding strength values can be achieved.
Before the coating was applied, the roller surfaces of the samples were ground and band polished.
The fractured surfaces of the samples were then examined using a scanning electron microscope (SEM).
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CEO of Professional Science Editing for Scientists @ prosciediting.com