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function [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace); % [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace); % extract from a time-frequency representation the biggest energy dots

function l = limpz(b,a,varargin); % LIMPZ Calculate the effective length of the impulse response. % % L = LIMPZ(B,A) % L = LIMPZ(B,A,P) where P is the required ratio of energy to pass % L = LIMPZ(B,

shortBeam { Low-energy attosecond electron pulse (from laser wakefield) -- how long does it take to increase 10-fold in length and radius? Moving window: Once the electron beam has fully entered

beamplasma3 { High-energy electron bunch enters a quiet plasma in cylindrical geometry -- This simulation models a beam-plasma wake-field accelerator: a) The background plasma is pre-ionized. Ions

beamplasma2 { High-energy electron bunch enters a quiet plasma in cylindrical geometry -- Higher resolution is used here. This simulation models a beam-plasma wake-field accelerator: a) The backgro

beamplasmatest3 { High-energy electron bunch enters a quiet plasma in cylindrical geometry -- This input file adds the effects of tunneling ionization. This simulation models a beam-plasma wake-fiel

beamplasma4 { High-energy electron bunch enters a quiet plasma in cylindrical geometry -- This input file is derived from beamplasma2.inp, but here we add the effects of tunneling ionization. This

% Time-Frequency Toolbox. % Version 1.0 January 1996 % Copyright (c) 1994-96 by CNRS (France) - RICE University (USA). % % Signal Generation Files % % sigmerge - Add two signals with given energy ra

% Time-Frequency Toolbox. % Version 1.0 January 1996 % Copyright (c) 1994-96 by CNRS (France) - RICE University (USA). % % Signal Generation Files % % sigmerge - Add two signals with given energy ra

% Time-Frequency Toolbox. % Version 1.0 January 1996 % Copyright (c) 1994-96 by CNRS (France) - RICE University (USA). % % Signal Generation Files % % sigmerge - Add two signals with given energy ra