Normal_WPower_u_1=zeros(144,301);
     Normal_WPower_v_1=zeros(144,301);
     Normal_WPower_u_2=zeros(144,301);
     Normal_WPower_v_2=zeros(144,301);
     Normal_WPower_u_3=zeros(144,301);
     Normal_WPower_v_3=zeros(144,301);
     Normal_WPower_u_4=zeros(144,301);
     Normal_WPower_v_4=zeros(144,301);
     Normal_WPower_u_5=zeros(144,301);
     Normal_WPower_v_5=zeros(144,301);
     Normal_WPower_u_6=zeros(144,301);
     Normal_WPower_v_6=zeros(144,301);
     Normal_WPower_u_7=zeros(144,301);
     Normal_WPower_v_7=zeros(144,301);
     Normal_WPower_u_8=zeros(144,301);
     Normal_WPower_v_8=zeros(144,301);
     Normal_WPower_u_9=zeros(144,301);
     Normal_WPower_v_9=zeros(144,301);
     Normal_WPower_u_10=zeros(144,301);
     Normal_WPower_v_10=zeros(144,301);

for i=1:1:144

  for j=1:1:301
    Normal_WPower_u_1(i,j)=WPower_u_1(i,j)*1/std_u_1(i)^2;
    Normal_WPower_v_1(i,j)=WPower_v_1(i,j)*1/std_v_1(i)^2;
    Normal_WPower_u_2(i,j)=WPower_u_2(i,j)*1/std_u_2(i)^2;
    Normal_WPower_v_2(i,j)=WPower_v_2(i,j)*1/std_v_2(i)^2;
    Normal_WPower_u_3(i,j)=WPower_u_3(i,j)*1/std_u_3(i)^2;
    Normal_WPower_v_3(i,j)=WPower_v_3(i,j)*1/std_v_3(i)^2;
    Normal_WPower_u_4(i,j)=WPower_u_4(i,j)*1/std_u_4(i)^2;
    Normal_WPower_v_4(i,j)=WPower_v_4(i,j)*1/std_v_4(i)^2;
    Normal_WPower_u_5(i,j)=WPower_u_5(i,j)*1/std_u_5(i)^2;
    Normal_WPower_v_5(i,j)=WPower_v_5(i,j)*1/std_v_5(i)^2;
    Normal_WPower_u_6(i,j)=WPower_u_6(i,j)*1/std_u_6(i)^2;
    Normal_WPower_v_6(i,j)=WPower_v_6(i,j)*1/std_v_6(i)^2;
    Normal_WPower_u_7(i,j)=WPower_u_7(i,j)*1/std_u_7(i)^2;
    Normal_WPower_v_7(i,j)=WPower_v_7(i,j)*1/std_v_7(i)^2;
    Normal_WPower_u_8(i,j)=WPower_u_8(i,j)*1/std_u_8(i)^2;
    Normal_WPower_v_8(i,j)=WPower_v_8(i,j)*1/std_v_8(i)^2;
    Normal_WPower_u_9(i,j)=WPower_u_9(i,j)*1/std_u_9(i)^2;
    Normal_WPower_v_9(i,j)=WPower_v_9(i,j)*1/std_v_9(i)^2;
    Normal_WPower_u_10(i,j)=WPower_u_10(i,j)*1/std_u_10(i)^2;
    Normal_WPower_v_10(i,j)=WPower_v_10(i,j)*1/std_v_10(i)^2;

  end

end