Site selection, sample collection, and sample characterization were previously reported1.
Tape casting, K-square preparation, sintering and characterization were conducted.
For obtained samples structural and surface characterization were performed.
Indentation testing and optical characterization were also carried out.
More surprisingly, the binding properties for CBM42, revealed by the DB-CoMPP and subsequent in-depth characterization, were to be specific of arabinoxylan.
Nonlinear optical characterization were carried out using z-scan technique with nanosecond pulses.
Only through detailed reservoir characterization were the differences in these reservoirs realized.
Moreover, the synthesis and the pharmacological characterization were extended to the corresponding univalent ligands.
Asparaginase production, optimization using statistical design, purification and characterization were the main evaluated outcomes.
A series of characterization were performed to further elucidate the as-obtained nanomaterial's physicochemical properties.
Surface and electrochemical characterization were performed via Scanning Electron Microscopy (SEM) and cyclic voltammetry (CV) techniques.
