代码搜索：condenser
找到约 61 项符合「condenser」的源代码
代码结果 61
www.eeworm.com/read/407367/11420240
pdf dynamic condenser model.pdf
www.eeworm.com/read/339293/12244611
m cola_rr.m
function xprime=cola_rr(t,X)
% sample usage: [t,x]=ode15s('cola_Rv',[0 5000],0.5*ones(1,82));
%
% cola_rr - Subroutine for simulation with L/D-V/B-configuration.
%
% There are many ways t
www.eeworm.com/read/339293/12244639
m cola_rr_f1.m
function xprime=cola_rr(t,X)
% WITH 1% CHANGE IN FEED RATE
% sample usage: [t,x]=ode15s('cola_Rv',[0 5000],0.5*ones(1,82));
%
% cola_rr - Subroutine for simulation with L/D-V/B-configuration.
%
%
www.eeworm.com/read/339293/12244708
m cola_rr_f1.m
function xprime=cola_rr(t,X)
% WITH 1% CHANGE IN FEED RATE
% sample usage: [t,x]=ode15s('cola_Rv',[0 5000],0.5*ones(1,82));
%
% cola_rr - Subroutine for simulation with L/D-V/B-configuration.
%
%
www.eeworm.com/read/339293/12244655
m colas_test.m
% This contains
% 1. some information about the SIMULINK distillation files
% 2. some sample commands and comments
% 1. Some information.
%
% States: X -
%
% The numbering of the states are
www.eeworm.com/read/339293/12244607
m colds.m
function [sys,x0] = colds(t,x,u,flag)
%
% Simulink interface to coldmod.m
%
% Inputs: t - time in [min].
% X - State, the first 41 states are compositions of light
%
www.eeworm.com/read/339293/12244623
dat cola_init.dat
%Initial state vector (at nominal steady-state):
>> format short e
>> Xinit'
ans =
1.0000e-02 % state no. 1 is x1 (composition reboiler)
1.4261e-02
1.9724e-02
2.6693e-02
3.5531e-
www.eeworm.com/read/339293/12244730
m colalv4mass_lin.m
function [f,g]=colalv4mass_lin(X,u)
%
% cola_lin_lv - This function designed for use with 'cola_linearize.m' to
% create a linear model of a LV-distillation column.
%
% x - states (liquid c
www.eeworm.com/read/339293/12244759
m colas.m
function [sys,x0] = colas(t,x,u,flag)
%
% Simulink interface to colamod.m
%
% Inputs: t - time in [min].
% X - State, the first 41 states are compositions of light
%
www.eeworm.com/read/339293/12244844
m colas.m
function [sys,x0] = colas(t,x,u,flag)
%
% Simulink interface to colamod.m
%
% Inputs: t - time in [min].
% X - State, the first 41 states are compositions of light
%