Envelope Of The Optimal Energy Gain G Versus The Target Time T For A
Envelope of the optimal energy gain G versus the target time t for (a ...
Envelope of the optimal energy gain G versus the target time t for (a ...
Energy gain versus target time T for (a) the nonlinear optimal ...
Energy gain versus target time T for (a) the nonlinear optimal ...
(Colour online) Optimal energy gain versus target time for the Blasius ...
Time histories of the optimal energy gain G n (t; t 0 ) in the base ...
(a) Optimal energy gain G opt (k, T = 14) as a function of the ...
Envelope values of the maximum energy growth at each target time G max ...
Optimal energy gain versus target time T for Re = 610 and E 0 = 3.0 × ...
Optimal energy gain versus target time T for Re = 610 and E 0 = 3.0 × ...
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(Colour online) Temporal evolution of the optimal energy gain G E for ...
Optimal energy gain versus target time T for Re = 610 and E 0 = 3.0 × ...
(Colour online) Temporal evolution of the optimal energy gain G E for ...
Linear transient optimal growth gain G versus the integration time T ...
Optimal pulse envelope A(t) for the input state versus time t in units ...
(Colour online) Temporal evolution of the optimal energy gain G E for ...
(Colour online) Temporal evolution of the optimal energy gain G E for ...
Envelope of the optimal gain for the 2D backward-facing step problem ...
Energy gain versus target time T obtained by a linearized minimization ...
4: Envelope of the optimal energy gain computed by direct-adjoint ...
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Envelope of the optimal energy gain computed by the direct-adjoint ...
Envelope of the optimal energy gain computed by the direct-adjoint ...
17: Time evolution of the energy gain computed by the DNS for an ...
Envelope of the optimal energy gain computed by the direct-adjoint ...
Envelope of the optimal energy gain computed by the direct-adjoint ...
Optimal gain envelope for Re = 400, m = 1, and time evolution of ...
Optimal gain envelope for Re = 400, m = 1, and time evolution of ...
Convergence of the optimal energy growth G(x) for β = 1 (panel (a)) and ...
Time evolution of the gain g(t) assuming that plasma is formed at t = 0 ...
An example of the best fitting for observed energy envelope (black ...
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The dependence of the energy gain on the carrier-envelope phase and the ...
A realization of simulated signals. The figure shows how the envelope ...
shows the time evolution of the (energy) gain of the test particles ...
Color online Optimal energy growth of initial conditions G max a ...
Temporal evolutions of the energy conversion efficiency g from the ...
Design of the Building Envelope: A Novel Multi-Objective Approach for ...