% pressed and sintered ZrC (10.606C), electrical resistivity = 100.0E-6 ohm.cm
kappa10 = [298.2 11.6 10.606 100.0E-6];
plot (kappa10(:,1), kappa10(:,2), 'k>'); 
hold on;
% pressed and sintered ZrC (9.725C), electrical resistivity = 123.6E-6 ohm.cm
kappa11 = [298.2 10.3 9.725 123.6E-6];
plot (kappa11(:,1), kappa11(:,2), 'k>'); 
% pressed and sintered ZrC (9.035C), electrical resistivity = 130.2E-6 ohm.cm
kappa12 = [298.2 11.0 9.035 130.2E-6];
plot (kappa12(:,1), kappa12(:,2), 'k>'); 
% pressed and sintered ZrC (8.639C), electrical resistivity = 130.0E-6 ohm.cm
kappa13 = [298.2 9.4 8.639 130.0E-6];
plot (kappa13(:,1), kappa13(:,2), 'k>'); 
% pressed and sintered ZrC (7.644C), electrical resistivity = 166.2E-6 ohm.cm
kappa14 = [298.2 8.2 7.644 166.2E-6];
plot (kappa14(:,1), kappa14(:,2), 'k>'); 

xlabel ('T [K]');
ylabel ('\kappa [W/m/K]');
title ('Press and sintered ZrC (10.606-7.644C), electrical resistivity = 100.0E-6 to 166.2E-6 ohm.cm');
print -deps o10.eps

input ('press a key... '); clf;
plot (kappa10(:,3), kappa10(:,2), 'k>'); hold on;
plot (kappa11(:,3), kappa11(:,2), 'k>'); 
plot (kappa12(:,3), kappa12(:,2), 'k>'); 
plot (kappa13(:,3), kappa13(:,2), 'k>'); 
plot (kappa14(:,3), kappa14(:,2), 'k>'); 
xlabel ('Weight Percentage of Carbon');
ylabel ('\kappa [W/m/K]');
title ('Compositional Dependence of ZrC Thermal Conductivity')
print -deps o10_carbon_kappa.eps

input ('press a key... '); clf;
plot (kappa10(:,3), kappa10(:,4), 'k>');  hold on;
plot (kappa11(:,3), kappa11(:,4), 'k>'); 
plot (kappa12(:,3), kappa12(:,4), 'k>'); 
plot (kappa13(:,3), kappa13(:,4), 'k>'); 
plot (kappa14(:,3), kappa14(:,4), 'k>'); 
xlabel ('Weight Percentage of Carbon'); 
ylabel ('Electrical Resistivity [ohm.cm]');
title ('Compositional Dependence of ZrC Electrical Resistivity')
print -deps o10_carbon_electrical.eps

input ('press a key... '); clf;
plot (kappa10(:,4), kappa10(:,2), 'k>'); hold on;
plot (kappa11(:,4), kappa11(:,2), 'k>'); 
plot (kappa12(:,4), kappa12(:,2), 'k>'); 
plot (kappa13(:,4), kappa13(:,2), 'k>'); 
plot (kappa14(:,4), kappa14(:,2), 'k>'); 
xlabel ('Electrical Resistivity [ohm.cm]'); 
ylabel ('\kappa [W/m/K]');
title ('Correlation between Electrical Resistivity and Thermal Conductivity')
print -deps o10_electrical_kappa.eps
