```import numpy salaku np # Konstan k = 1.2 # Reaktivitas konstan rho = 0,9 # Reaktivitas P = 1000 # Power # Nilai awal t = 0 # Time dt = 1 # Time step power = 0 # Power Tc = 20 # Coolant suhu Xe = 300 # Tanaman bahan bakar Xe = 0 # Xenon konsentrasi Sm = 0 # Samarium konsentrasi deltaP = 0 # Tekanan parobahan # Loop dina léngkah waktu bari t < 1000: # Perhitungan kakuatan jeung kakuatan reactivity = P * (rho + Xe - Sm) = k * (1 - Tc / Th) # Update konsentrasi = Xe + dt * (rho - Xe) / 10 Sm = Sm + dt * (power - Sm) / 100 # Update suhu Xe + dt * (t * 1000 * Tc / Tc / Tc / Tc / Tc * Tc *
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