26219869_1573850829369116_6603952483732459120_n.jpg
I have to integrate the following function where alpha, w1, v1, k1 are discrete data (arrays of 194 elements each)... T is temperature, suchthat for every T I should have one G
function [G1] = try1(k1, alfa, w1, v1, T)
kb=1.38064852*10^(-23);
h=1.0545718*10^(-34);
c=h/(kb);
constant=(h^2)/((2*(2*pi)^3)*(kb));
q1 = csvread('q1.csv');
alfa= csvread('alfa.csv');
alldata = csvread('all.csv');
q1(end) = [];
w1 = alldata(:,1);
v1= alldata(:,7);
k1=q1*(pi/(5.431));
T=300:1:1000;
for i=1:length(T)
integrand = @(k1,alfa,v1,w1,T)(constant.*(1./T^2).*alfa.*w1.^2.*abs(v1).*exp(c*w1./T)./(exp(c*w1./T)-1).^2); G1=quad(@(k1)integrand(k1,alfa,v1,w1,T(i)),0,2.51365000000000);
end
end

댓글 수: 1

Jan
Jan 2018년 11월 13일
Please do not delete questions, which got an answer already, because this is insulting for the persons, who spent their time for helping you.

댓글을 달려면 로그인하십시오.

답변 (1개)

Star Strider
Star Strider 2018년 1월 7일

0 개 추천

We cannot run your code.
However, you appear to be integrating a function with 3 equal-sized vectors, ‘alfa’, ‘w1’, and ‘v1’, so the quadv (link) function appears to be most appropriate.
Note that if you have R2012a or later, the integral function with 'ArrayValued',true would be the best option.

카테고리

도움말 센터File Exchange에서 Particle & Nuclear Physics에 대해 자세히 알아보기

질문:

2018년 1월 7일

댓글:

Jan
2018년 11월 13일

Community Treasure Hunt

Find the treasures in MATLAB Central and discover how the community can help you!

Start Hunting!

Translated by