[2] Huang H Z, Liu Q S, Teng W W et al[D]. Applied Energy, 227, 38(2018).

[3] Liu H F, Wang X C, Wu Y Y et al[D]. Fuel, 257, 116064(2019).

[4] Cui L X, Ma X, Ma Y et al[D]. Fuel, 272, 117691(2020).

[5] Feng L, Liu J L, Wang H et al[D]. Applied Thermal Engineering, 159, 113850(2019).

[6] Duan X B, Sun X Y, Xu Z X et al[D]. Energy, 231, 121069(2021).

[7] Subramanian K A[D]. Applied Thermal Engineering, 147, 501(2019).

[8] Feng L, Liu H F, Wang Q L et al[D]. Combustion and Flame, 227, 52(2021).

[9] Choi G, Sung Y[D]. Fuel, 174, 76(2016).

[10] Mattias R, Nils E O, Per E B et al[D]. Sae International Journal of Engines, 9, 723(2016).

[11] Dam N, Maes N, Meijer M et al[D]. Combustion and Flame, 174, 138(2016).

[12] Huang Y, Wang G Q, Zhang G Y et al[D]. Optik, 170, 166(2018).

[13] Feng L, Liu H F, Yi W T et al[D]. Fuel, 291, 120129(2021).

[14] Leung C W, Wei Z L, Zhen H S et al[D]. Fuel, 195, 1(2017).

[15] Liu W, Liu H F, Zheng Z Q et al[D]. Science China Technological Sciences, 64, 1611(2021).

[16] He T J, Wang Z, You X Q et al[D]. Fuel, 212, 223(2018).