Both configurations were characterized to determine the relationship between voltage signal and radioactivity concentration.
PPy-MWCNT nanocomposites were characterized to study chemical structure, morphology, thermal, electrical, and surface properties.
The microbial communities were characterized to compare community structure, diversity, and function in different layers.
The prepared bioadsorbents were characterized to understand the porosity, morphology, and surface chemistry of the adsorbent.
As-synthesized and APTES-coated NPs were characterized to determine their physiochemical and photoluminescence properties.
The elemental powders used in this research were characterized to analyze the shape and size distribution.
Samples were characterized to establish porosity data, drug loading percentage and, especially, release profile chromatographically monitored.
Several chips were characterized to check the uniformity of the preamplifier response and ToT signal.
Also, the products of the conversion were characterized to be formate and acetate derivatives.
Samples were characterized to assess their thermal properties, morphology and crystalline structure features and textural properties.
Membrane surface properties were characterized to understand the membrane fouling phenomenon in ceramic MBRs (CMBRs).
