“…92 In a CRWP calculation, only real arithmetic is carried out which not only improves the numerical efficiency but also reduces memory requirements, compared with the TC polynomial expansion method. 93 Since its introduction, it has been applied to study many reactive scattering processes at the level of calculating total reactive probabilities by the flux formalism or at the state-to-state level but with the restriction of J = 0 using Jacobi coordinate, including H + O 2 , 27,42,43,[94][95][96][97][98][99] Br + H 2 , 100 C + H 2 /D 2 /HD, [101][102][103] Cl + H 2 , 104,105 F + H 2 , 27,106 F + OH, 106 F + HCl, 107 K + HF, 108 Li + HF 106,109 N + O 2 , [110][111][112] O + HD/H 2 , 99,[113][114][115][116][117][118] O + HCl, [119][120][121][122][123][124][125] O + CN, 126 O + OH, 127,128 O + O 2 , 27 S + D 2 /HD, …”