The effectiveness of the localization criterion and of the proposed design arrangements is evaluated by comparing the structural responses obtained through step-by-step dynamic analyses with and without the countermeasures.
The overall efficiency of the arrangement system was evaluated to be between 25 and 45%.
The effectiveness of the combination method for the determination of the initial beam arrangement based on similar cases and the local optimization of the beam arrangement was evaluated by comparing the planning evaluation indices of 50 plans (5 plans × 10 test cases) with and without the local optimization of the beam arrangement.
The transient voltage response of this low impedance ground arrangement is evaluated numerically using parametric modeling approach.
To provide guidelines for optimal design, reactor behavior was studied, and the effect of design parameters such as catalyst loading, channel height, and flow arrangement was evaluated.
The extent of reduction achieved by the use of this dual frequency sonication arrangement is evaluated by XPS, IR, and Raman spectroscopies.
In this way, four different arrangements of dispensers were evaluated to determine the most optimal location, i.e. combinations of locations 1 3; during test periods 1 4 (see Figure 1).
The effects of surface treatments, length-to-width proportion, seating arrangement and platform location were evaluated.
The five patterns of beam arrangements determined by the proposed method were evaluated by manually making five plans based on the beam arrangements with other planning parameters (nominal beam energies, collimator angles, beam weight, etc).
