Sentence examples for functional surface area from inspiring English sources
Wang et al. suggested that this may cause inflammatory reactions due to its extremely small diameter yet a large functional surface area of GO [29].
The area that transfers the compressive and tensile loads to bone, that is, functional surface area, was proved to be confined to the crestal 5 7 mm [24 27].
Thus, short implant with a wider diameter provides both improved primary stability and increased functional surface area as it allows engagement of a maximal amount of bone and better distribution of stress in the surrounding bone compared with increases in implant length [28 32].
The porosity of the support matrix can be tuned to change the functional surface area available.
Urea reduction rate and Kt/V were also used as indirect markers of functional surface area of the dialyzer.
Moreover, the high efficiency of the thiol ene "click" reactions already at an advanced stage after just one minute of modification, together with the spatial selective grafting ability in possible microfluidic or other applications, may represent the gate to highly useful and functional, large surface area porous scaffolds.
Two studies observed a slightly lower initial increase of the functional peritoneal surface area during a single PD dwell with pH-neutral compared to acidic solutions compatible with reduced peritoneal capillary recruitment; this trend was significant in one study [ 17- 19].
Characterizations of adsorbent such as SEM, point of zero charge (6.5), surface functional groups, BET surface area (910.31m2 g− 1), thermal and elemental analysis were carried out.
Differences in dye uptake capacity are due to the differences in properties of each sorbent material such as structure, functional groups and surface area.
The functional groups, agglomeration, surface area, surface morphology, elemental analysis and thermal stability of the composites were investigated by FTIR, TEM, BET, SEM with EDAX and TGA analysis.
In this work, we evaluated the SAS systematically for various potential Brønsted acid sites in zeolites, using density functional methods and surface area calculations.
