Model Constants T=30°C T=40°C T=50°C T=60°C T=70°C   Henderson et Pabis a=1.123 k=0.009 R2 =0.869 χ2 =8.86 10-4 a=1.149 k=0.012 R2 =0.964 χ2 =13 10-4 a=0.968 k=0.014 R2 =0.998 χ2 =1.51 10-5 a=0.708 k =0.025 R2 =0.7056 χ2 =2.2 10-5 a= 0.666 k= 0.028 R2 =0.807 χ2 =1.214 10-5   Newton k=0.008 R2 =0.878 χ2 =6.393 10-4 k=0.009 R2 =0.948 χ2 =1.3 10-4 k=0.015 R2 =0.997 χ2 =1.705 10-5 k=0.036 R2 =0.869 χ2 =6.241 10-4 k=0.044 R2 =0.564 χ2 =3.429 10-4   Page k=0.029 n=0.7145 R2 =0.914 χ2 =5.164 10-4 k=0.026 n=0.7938 R2 =0.948 χ2 =1.300 10-4 k=0.019 n=0.9433 R2 =0.998 χ2 =1.343 10-5 k=0.127 n=0.652 R2 =0.831 χ2 =3.992 10-4 k=0.135 n=0.674 R2 =0.493 χ2 =2.390 10-4   Logarithmique a =1.101 k =0.030 c =0.312 R2 =0.970 χ2 =2 10-4 a =1.136 k =1.371 c =0.388 R2 =0. 890 χ2 =2.9 10-3 a=0.731 k=1.868 c=0.265 R2 =0. 790 χ2 =2.3 10-3 a =0.546 k =2.124 c =0.178 R2 =0. 629 χ2 =1.7 10-3 a =0.697 k =0.055 c =0.123 R2 =0.813 χ2 =2.243 10-4

Table 3: Statistics results obtained from the selected models in different temperature.