This design is validated and demonstrated by using simulation with Rhapsody.
The proposed treatment is validated and demonstrated on two numerical examples involving 2D elastic configurations.
The LC method was validated and demonstrated good linearity, precision, accuracy and specificity without any interference from the excipients and degradation products.
The electrochemical activity of the fabricated microfluidic device is validated and demonstrated repeatable and reversible Nernstian characteristics.
The proposed CPT interpretation approach is validated and demonstrated using a series of numerical examples, including using real CPT data.
The method for AIP detection was validated and demonstrated limits of detection and quantification of range of 0.0035 μM and 0.10 μM, respectively.
Moreover, the SOGE framework and resource joint scheduling algorithm are validated and demonstrated on the test-bed based on DREAM architecture.
The accuracy of the equations of motion derived above is validated and demonstrated in Section 6 by applying the parameter estimation algorithm, described in Section 4, to the recently acquired RADARSAT-2 MODEX data.
An improved proposed protocol that consisted of subjecting seeds to soaking, the application of GA3 and KNO3, cold stratification, heat shock, and light irradiation was validated and demonstrated to be highly effective, with seed germination success greater than 60% being observed at 3 days and final germination reaching a plateau at 6 days.
The method is validated and demonstrated through a number of examples, which include flow over a stationary cylinder, a cylinder moving with constant velocity, sedimentation of a free particle, the drafting, kissing, and tumbling of two particles, and 248 particles falling in a closed box.
