In this research, attention was paid to the shrinkage fitting method by high-frequency induction heating, and an approach was tried on the feasibility of the shrinkage-fitting method applying robust design which is a representative method of quality engineering.
In this research, as a result of optimization design of "shrink fitting method by high-frequency induction heating" devised as a new construction method, its construction method was feasible, and it was possible to extract the optimum processing condition.
Therefore, we devised a new construction method "shrink fitting method by high-frequency induction heating", and optimized construction method by applying dynamic characteristic evaluation in robust design which can efficiently evaluate the feasibility of the construction method.
Imatinib concentration was measured using a validated method by high-performance liquid chromatography after solid phase extraction (Widmer et al, 2004).
A number of preparation methods by high temperature vapor transport [9] and low temperature chemical synthesis [10, 11] were developed.
Overall, we observe a trade-off between sensitivity and specificity in orthology detection, with BLAST-based methods characterized by high sensitivity, and tree-based methods by high specificity.
In summary, phylogeny-based methods are characterized by high specificity and BLAST-based methods by high sensitivity.
Quantification of patient ventilator interaction using a modification of a previously described method (dEMG-phase scale) proved to be a feasible and reliable method, reflected by high ICCs for both trigger and cycle-off errors and the dEMG-phase scale.
Numerical results exhibit the effectiveness of the method by a high convergence rate and a high degree of robustness.
For rapidly predicting the inlet inviscid drag, we propose a streamline integral method characterized by high levels of computational efficiency and accuracy.
