Sentence examples for model experiments demonstrated from inspiring English sources
The carbonization and pore formation processes were examined with Raman, Brunauer Emmett Teller (BET), scanning electron microscopy (SEM) and X-ray diffraction (XRD) measurements, while model experiments demonstrated the viability of the carbon membranes as catalyst support and pollutant adsorbent.
Model experiments demonstrated that secondary amine could also effectively initiate the Sn(Oct 2 catalyzed polymerization of LA under the optimized condition, however, its initiation efficiency was usually a little less than 100%, unlike the primary amine and hydroxyl initiators.
The physical model experiments demonstrated that, this spillway makes a far better hydraulic performance as regards energy dissipation and cavitation damage protection than the current and conventional stepped spillways, and the unit discharge can be enlarged from about 50 m3/s-60 m3/s·m to 118 m3/s·m in order to significantly reduce the width of the spillways.
More encouragingly, subcutaneous tumor model experiments demonstrated that the peptide could suppress the tumor xenografts growth significantly.
Mouse model experiments demonstrated that, along with the change in DNA methylation pattern, brain tissue also exhibited changes in expression levels of some microRNAs and snoRNAs.
While the model experiments demonstrated that N-glycopolypeptides can be assembled using simpler N-glycopeptide thioesters formed through N→ S acyl transfer, the isolated yield of 4 was rather low (20 40%).
Our model experiments demonstrate that combining benchmarking techniques with good experimental design and sensitive environmental analytical chemistry may open new opportunities for quantifying chemical persistence, particularly for relatively slowly degradable chemicals for which current methods do not perform well.
These preliminary model experiments demonstrate the capability of CMT to bidirectionally couple models that represent different process domains and were developed and designed independently (i.e. without the intentions of such coupling), offering the potential for further numerical studies of interactions taking place at the intersection of different process realms.
Such observations are in a good agreement with the model experiments demonstrating that dynorphin induces leakage of calcein molecules with 0.65 nm radius from unilamellar phospholipid vesicles.
We outline the theoretical foundations and the architecture of the model and present results of simulation experiments, demonstrating that the model correctly predicts a range of suprasegmental timing phenomena in stress-accent languages that have not been addressed by a unified model.
The model and experiments demonstrated that the different sized spheres behaved quite differently under similar conditions of drying and general guidelines were obtained for drying sphere-shaped materials.
