There are two events at time 8: the input event (A, 0) and the scheduled event (H, 1) from time stamp 0. Because both events are valid, the two affected gates, G2 and G4, are put in LA for evaluation. The corresponding events (H, 0) and (K, 0) are scheduled at times 16...
For this reason, it is difficult to determine the amplitude 𝐴A for each time step. To overcome this difficulty, Thorsen et al. [25] calculate the amplitude by integrating the velocity 𝑦˙y˙ of the cylinder using Equation (2), assuming a narrow-band process with the amplitude 𝐴A....
By substituting these mathematical parameters into Equation (21), the analytical equation representing the time domain variation of a single pulse can be determined. Figure 11 illustrates the measured waveform and simulated sequence of a single arcing current pulse when the applied voltage is 20 kV ...
Resolved an issue where placeholders in an equation would show when printing or exporting to PDF. Resolved an issue where items in the Table of Contents may be missing numbering. We resolved a graphics-related issue that caused the app to close unexpectedly at times. ...
(1) whereiis thedc-current normalized toI_c,\varphiis the phase difference of the order parameter in the Josephson junction electrodes,\tauis the normalized time. When solving this equation, the constanti
This equation can be subsequently simplified to deduce the polarization current. Furthermore, for a direct current test voltage \(U_{o}\), the polarization current (\(i_{pol}\)) is intricately influenced by essential factors such as the geometric capacitance (\(C_{o}\)), the electric fie...
fitting Monte-Carlo predictions of the former with numerical calculations of the latter in a wide time domain using logarithmic coordinates lgj–lgtfor the characterization of current shapes and an estimation of transit times. As a prototype hopping theory, we used theGaussiandisorder model while for...
are represented by the empirical formulaε*ε∞=(ε0ε∞)/[1+(iωτ0)1α].In this equation, ε*is the complex dielectric constant, ε0and ε∞are the ``static'' and ``infinite frequency'' dielectric constants, ω=2π times the frequency, and τ0is a generalized relaxation time. Th...
Measurements of the recovery times versus injection current reveal a power law behavior predicted by a quantum dot rate equation model. These results ... T Piwonski,I O'Driscoll,J Houlihan,... - Anniversary International Conference on Transparent Optical Networks 被引量: 62发表: 2008年 A Uniqu...
in a circuit results in the current waveform being much smoother than the voltage waveform (see for exampleFig. 8.10), and that the bigger the inductance, the smoother the current. We need to recall that the voltage across an inductor is related to the current through it by the equation ...