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ͼ1ÖÐp=3£»JÊǵÚÒ»Àà±´Èû¶ûº¯Êý£»Í¼2ÖÐRe±íʾȡʵ²¿£¬ÇóºÍÊÇnÈ¡-20:20£»thetaΪ»ý·ÖÒò×ÓÔ¤ÆÚÉú³ÉµÄͼÏñÈçͼ3Ëùʾ£¬ ÏÂÃæÊÇÎÒ×Ô¼º±àµÄÒ»¸ö³ÌÐò£¬µ«ÊÇÔËÐнá¹ûÓëÔ¤ÆÚͼÏñ²î¾àºÜ´ó£¬ÎÒ±àµÄ³ÌÐòÉú³ÉµÄͼÏñÈçͼ4Ëùʾ£¬ Ï£Íû¸÷λ´óÉñ°ï°ï棬СÃÃÏÖÔÚÕâÀï˵ÉùллÁË¡£ ÏÂÃ渽ÉÏÎÒ×Ô¼º±àµÄ³ÌÐò´úÂ룬ϣÍû´óÉñÃÇÖ¸³öÎÊÌâËùÔÚ£º %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%clear,clc; rho=3;% fractional vortex x=0; y=0; for n=-20:20 a=1; for S=-3:0.2:3 b=1;     for alpha=-3:0.2:3         psi(a,b)=(n/eps(n-alpha))*sqrt(pi/8)*(-i).^(abs(n)/2).*rho.*exp(i*rho.^2/4).*...     (besselj((abs(n)-1)/2,rho.^2/4)-i.*besselj((abs(n)+1)/2,rho.^2/4)).*...     quad(@(theta) exp(i.*n.*theta),0,2*pi);     x=psi(a,b)+x;     psi(a,b)=x;     psi2(a,b)=sqrt(pi/8)*(-i).^(abs(n)/2).*rho.*exp(i*rho.^2/4).*...      (besselj((abs(n)-1)/2,rho.^2/4)-i.*besselj((abs(n)+1)/2,rho.^2/4)).*...      quad(@(theta) exp(i.*n.*theta),0,2*pi)./eps(n-alpha);    y=psi2(a,b)+y;    psi2(a,b)=y;    b=b+1;     end     a=a+1; end end %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%psi3=x/y; psi4=real(psi3)/(2*pi); plot(psi4) %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ͼƬ1.png ͼƬ2.png ͼƬ3.png ͼ4.jpg

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