Before binding RC to PSiMc, the surface structure of this supporting material was explored by AFM and SEM.
The UV filter material was explored and a low-cost architectural film was selected.
The influence of the monomer functionality on the mechanical properties of the material is explored using compression tests.
Additionally, the charge-discharge performance of the obtained polymers as cathode material were explored by galvanostatic charge-discharge tests.
In the next stage, the material was explored and the responses were read again and classified into the initially created categories.
The stability of intrinsic point defects in PbTe, one of the most widely studied and efficient thermoelectric material, is explored by means of Density Functional Theory (DFT).
In addition, the use of microwave and low frequency ultrasound to perform the depolymerisation of the raw starch-based material was explored and compared with conventional heating processes.
For the first time, the impact of the electrolyte reactions on the surface and subsurface chemistry of the inorganic conversion material is explored.
The local mechanical property variation in the as-deposited material are explored using nanoindentation technique, and correlated with microstructural characterization conducted via electron back-scattered diffraction.
In this paper, a non-enzyme electrochemical qualitative and quantitative analyzing method for glucose, D-fructose, and sucrose utilizing Cu foam material was explored.
In order to determine an optimal process condition, major parameters (i.e., part configuration, blank configuration, and blank material) are explored.
