Prediction of Neutron Yield of IR-IECF Facility in High Voltages Using Artificial Neural Network

Table 3

The data that were used for training the network and predicted number of produced neutrons by ANN.

Discharge current (mA)	Voltage (kV)	Produced neutron (×10^6)	Predicted neutron (×10^6)	Difference
20	30	0.055164	0.0552
20	40	0.364079	0.3641
20	60	2.846438	2.8464
20	70	4.468245	4.4682
30	40	0.358563	0.3667
30	50	1.152918	1.2269
30	60	3.033994	3.0024	0.031594
40	30	0.052405	0.0584
40	50	1.130852	1.1437
40	60	3.072608	3.0582	0.014408
50	30	0.042476	0.0469
50	50	1.125336	1.0738	0.051536
50	70	5.95766	6.1068
60	40	0.292367	0.2832	0.0091667
60	50	1.10327	1.0192	0.08407
60	70	6.729949	6.5857	0.144249
70	30	0.027582	0.029
70	50	0.926747	0.9802
70	60	3.199484	3.155	0.044484
80	30	0.017652	0.0214
80	40	0.248236	0.2421	0.0061358
80	60	3.089157	3.1426
80	70	7.060931	7.0959
90	40	0.24272	0.2172	0.0255195
90	50	0.910198	0.9312
90	60	3.056059	3.0759
100	30	0.012136	0.0121
100	40	0.171007	0.1823
100	60	2.923667	2.8965	0.027167
100	70	6.840276	6.8374	0.002876
50	75	7.99871	7.988	0.01071
96	77	11.80499	11.8062
55	77	11.25336	11.2547
26	81	7.722893	7.7191	0.003793
75	82	13.51506	13.513	0.002062
48	82	14.61833	14.6195