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Proceedings of the IEE - Part IV: Institution Monographs, 1954
The paper considers the restrictions which must be placed on the poles and zeros of a system function of a linear system with lumped constants in order that the response of the system to a step-function drive should be monotonic. Necessary and sufficient restrictions are derived for a system function (driving-function/response-function) containing up ...
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The paper considers the restrictions which must be placed on the poles and zeros of a system function of a linear system with lumped constants in order that the response of the system to a step-function drive should be monotonic. Necessary and sufficient restrictions are derived for a system function (driving-function/response-function) containing up ...
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Transient Response of Phosphors
IRE Transactions on Component Parts, 1958The transient behavior of cathode-ray tube phosphors is of considerable interest in many applications, such as the improvement of the signal-to-noise ratio in radars. Although material appears in the literature concerning the decay characteristics a short time after the excitation is switched off, very little appears regarding the buildup ...
G. Cohn, H. Musal
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Determination of Transient Response From Frequency Response
Journal of Fluids Engineering, 1954Abstract When calculating the transient response of a control loop by means of the classical differential-equation method, the solution of the characteristic equation and the determination of the integration constants becomes extremely difficult for complicated configurations. If the operational calculus, i.e., the Laplace transformation,
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Transient response of photodetectors
Journal of Applied Physics, 1996Calculations by drift diffusion and Monte Carlo methods and experimental data on the transient response of metal–semiconductor–metal photodetectors are reported. We have shown how the interplay of carrier and displacement currents, inhomogeneities in field and charge distributions, and hot electron effects determines observed structure in the transient
Dunn, GM +3 more
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2004
Transient-response analysis is the solution of a linear sdof or linear mdof system in the time domain. For linear mdof dynamic systems with the aid of the modal superposition the mdof system can be broken down into a series of uncoupled sdof dynamic systems.
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Transient-response analysis is the solution of a linear sdof or linear mdof system in the time domain. For linear mdof dynamic systems with the aid of the modal superposition the mdof system can be broken down into a series of uncoupled sdof dynamic systems.
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Multiple Fractures Transient Response
Latin American and Caribbean Petroleum Engineering Conference, 2009Abstract The oil and gas industry has long recognized the inadequacy of existing theories to predict the behavior and outcome of some hydraulic fracturing treatments. Data sets compiled over the last two decades are incompatible with the conventional picture of a single planar hydraulic fracture. Multiple fracturing can occur in the near-
D. P. Restrepo, D. Tiab
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Exhaust Transient Temperature Response
SAE Technical Paper Series, 1995<div class="htmlview paragraph">A computer simulation model was developed to predict the transient thermal responses of automotive exhaust systems. Heat transport due to convective flow, convection heat transfer between exhaust gas and pipe wall, conduction within pipes along the axial direction, and radiation to the ambient have been considered ...
Zheji Liu +3 more
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Transient Response Characteristics
1991By using a computer program of the type described in the previous two chapters, we are in a position to analyse complex systems in both the frequency and time domains. Nevertheless it is instructive to examine some basic trends, particularly in the time domain, to enhance our system design capability.
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Frequency response from transient-response data
Electrical Engineering, 1955FREQUENCY response from experimental transient-response data is a most sought-after transformation. Basically, the transient response of a linear system is governed by the roots of its characteristic equation. This suggests that the transient response may be used to find these roots when the equation for the system is not known.
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Reactive Circuit Transient Response
2020The circuit analysis techniques that we have presented thus far work very well when only resistors are present in the circuit.
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