| S. No. |
Model Name |
Model Equation |
References |
| 1 |
Newton |
MR = exp(−kt) |
O’Callaghan et al. [18] |
| 2 |
Page |
MR = exp(−ktn) |
Doymaz,[19,20] |
| 3 |
Thompson |
t = aln (MR)+ b [ln(MR)]2 |
Jompob et al. [15] |
| 4 |
Henderson and Pabis |
MR = a exp(−kt) |
Ibrahim et al. [21,22] |
| 5 |
Modified Henderson and Pabis |
MR = a exp(−kt) + b exp(−gt) + c exp(−ht) |
Akpinar [23] |
| 6 |
Logarithmic |
MR = a exp(−kt) + c |
Balasubramanian et al. [24] |
| 7 |
Two-term exponential |
MR = a exp(−kt) + (1-a) exp(−kat) |
Akpinar [23] |
| 8 |
Two-term |
MR = a exp(−kt) + b exp(−gt) |
Ertekin et al. [25] |
| 9 |
Verma |
MR = a exp(−kt) + (1-a) exp(−gt) |
Yaldiz et al. [26] |
| 10 |
Midilli |
MR = a exp(−ktn) + bt |
Midilli et al. [27] |
| 11 |
Diffusion approach |
MR = a exp(−kt) + (1-a) exp(−kbt) |
Cihan et al. [28] |
| 12 |
Wang and Singh |
MR = at2 + bt + 1 |
Mohapatra et al. [29] |
