Using conventional chip-making methods, however, the smaller you make a feature, the more expensive and difficult the process becomes.
For potentiostatic and potentiodynamic methods, however, the presence of stabilizers reduced the rate of growth of the polymer.
Wing sails can be analyzed using conventional 3D RANS flow investigation methods; however the computational costs are quite high.
Even without such invasive methods, however, the PD imaging system may be utilized to quantitatively observe the internal structure of live organoids, which should aid in the basic research and clinical application of organoids.
Many previous researchers have tried to overcome the material deficiencies using different methods; however, the results have often been contradictory and highly variable.
Adhesion strength was found to increase with roughness for both abrasion methods; however the random samples exhibited the highest adhesion strength at similar roughness values.
This method is much faster than the current standard methods; however, the results can vary significantly which brought the method's accuracy into question.
Results show a quantitative agreement between the two methods, however, the method proposed in here we believe is more accurate, because it does not make simplifications for the electron occupation probability as in the modified Fermi Dirac distribution.
The results of the Friedman test showed that there is no significant difference between the MCDM and IFPPSI methods; however, the IFPPSI method is preferred due to its remarkable advantages over the other methods.
One of the aluminum alloys (T651) and the 4340 steel showed very little difference between the methods; however, the other three materials showed significant differences with the compression precracking test methods giving lower thresholds and faster crack-growth rates than the load-reduction test method.
According to the results, the most susceptible fungi at the highest concentration (800 μL L−1) were M. phaseolina and C. fallax in both methods, however, the most resistant fungi were C. sacchari and A. alternate in agar dilution and disk diffusion assays, respectively.
