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Energy 的代码
e150posb.inp
e150posb
{
Modeling the E-150 plasma lens experiment at SLAC --
High-energy positron bunch enters a dense neutral gas in cylindrical
geometry. The positron beam is Gaussian in z and r.
Boundary co
e150pos.inp
e150pos
{
Modeling the E-150 plasma lens experiment at SLAC --
High-energy positron bunch enters a dense neutral gas in cylindrical
geometry. The positron beam is Gaussian in z and r.
Boundary con
err1.m
function [p]=err1(rho_in_db)
rho=10^(rho_in_db/10);
Eb=rho; %energy per bit
if (rho>2),
alpha=2/rho;
else
alpha=1;
end;
sgma=sqrt(1/(2*alpha));
eigen.m
%EIGEN Solves the eigenvalue problem in design of the unit-energy constrained
% minimum mean-squared error time domain equalizer.
% [B, W, D, MSE, R, Dv] = EIGEN(RXX, RYY, RXY, Dmin, Dmax, Nb, Nw, L
e6interact.f90
subroutine e6interact( Nb, Xb, Yb, Zb, TYPEb, DAMP2b, DAMP3b, &
Nmol, LENGTH, Nham, Nljgrs, &
EPS, SIG, CP, ALP, RMAX, BoxSize, ENERGY )
implicit none
! This routine calculat
gauss1stdevvalue.m
function w=gauss1stDevValue(t, A,Tc, tau)
% function w=gauss1stDevValue(t, A, Tc, tau)
%
% input: A(=sqrt(Pulse Energy)), Tc(Time shift): [s]
% tau(Impulse Width) [s]
% ouput: t(time) :
e6interact.f90
subroutine e6interact( Nb, Xb, Yb, Zb, TYPEb, DAMP2b, DAMP3b, &
Nmol, LENGTH, Nham, Nljgrs, &
EPS, SIG, CP, ALP, RMAX, BoxSize, ENERGY )
implicit none
! This routine calculat
demo13_8_16b.cpp
// DEMO13_8_16.CPP - 2D collision response demo based on
// 16-bit version, make sure your desktop is in 16-bit mode!
// conservation of momentum and kinetic energy
// to compile make sure to inclu
demo13_8.cpp
// DEMO13_8.CPP - 2D collision response demo based on
// conservation of momentum and kinetic energy
// to compile make sure to include DDRAW.LIB, DSOUND.LIB,
// DINPUT.LIB, WINMM.LIB, and of cou
deb151~1.cpp
// DEMO13_8_16.CPP - 2D collision response demo based on
// 16-bit version, make sure your desktop is in 16-bit mode!
// conservation of momentum and kinetic energy
// to compile make sure to inclu