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// Scilab Code Ex9.3 Page:278 (2006)
clc;clear;
T_1 = 14; // Temperature, K
T_2 = 13; // Temperature, K
H_c1 = 1.4e+05; // Critical field at T_1, K
H_c2 = 4.2e+05; // Critical field at T_2, K//As H_c1/H_c2 = (T_c^2-T_1^2)/(T_c^2-T_2^2), solving for T_c
T_c = sqrt((H_c2/H_c1*T_1^2 - T_2^2)/2); // The superconducting transition temperature of a specimen, K
printf("\nTransition temperature of a specimen = %5.2f K", T_c);
// Result
// Transition temperature of a specimen = 14.47 K
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