K Specific And K Averaged Qd And Qct Icss For The Hf 1 0 J 1 Oh

QD and QCT ICSs for the HF (ν 1 = 0, 1; j 1 = 0) + OH (ν 2 = j 2 = 0 ...
QD and QCT ICSs for the HF (ν 1 = 0, 1; j 1 = 0) + OH (ν 2 = j 2 = 0 ...
QD and QCT ICSs for the HF (ν 1 = 0, 1; j 1 = 0) + OH (ν 2 = j 2 = 0 ...
QD and QCT ICSs for the HF (ν 1 = 0, 1; j 1 = 0) + OH (ν 2 = j 2 = 0 ...
K-specific and K-averaged QD and QCT ICSs for the HF (ν 1 = j 1 = 0 ...
K-specific and K-averaged QD and QCT ICSs for the HF (ν 1 = j 1 = 0 ...
K-specific and K-averaged QD and QCT ICSs for the HF(ν 1 = 0; j 1) + OH ...
K-specific and K-averaged QD and QCT ICSs for the HF(ν 1 = 0; j 1) + OH ...
QD and QCT ICSs for the H 2 /HD/D 2 (j 1 =0) + OH + (j 2 =0) reaction ...
QD and QCT ICSs for the H 2 /HD/D 2 (j 1 =0) + OH + (j 2 =0) reaction ...
K-specific and K-averaged QD ICSs and QCT ICSs for the H 2 (n 1 = 0; j ...
K-specific and K-averaged QD ICSs and QCT ICSs for the H 2 (n 1 = 0; j ...
(a) QD and QCT ICSs for the Cl + CHD 3 (v 1 = 1,JK) → HCl + CD 3 ...
(a) QD and QCT ICSs for the Cl + CHD 3 (v 1 = 1,JK) → HCl + CD 3 ...
QCT and QD excitation functions for OH(v OH ) + HO 2 (v 1 , v 2 , v 3 ...
QCT and QD excitation functions for OH(v OH ) + HO 2 (v 1 , v 2 , v 3 ...
The K-specific and averaged JS ICSs for the OH(j 1 = 1, 3, 5) + CH4(j 2 ...
The K-specific and averaged JS ICSs for the OH(j 1 = 1, 3, 5) + CH4(j 2 ...
QCT and QD excitation functions for OH(v OH ) + HO 2 (v 1 , v 2 , v 3 ...
QCT and QD excitation functions for OH(v OH ) + HO 2 (v 1 , v 2 , v 3 ...
Theoretical QD and QCT integral cross sections for the H 2 O + (X 2 B 1 ...
Theoretical QD and QCT integral cross sections for the H 2 O + (X 2 B 1 ...
QCT polarization parameters a ͕ k q ͖ for the O( 1 D ) ϩ HD( v ϭ 0, j ϭ ...
QCT polarization parameters a ͕ k q ͖ for the O( 1 D ) ϩ HD( v ϭ 0, j ϭ ...
Comparison of CS and CC ICSs for the HF(ν 1 = j 1 = 0) + OH(ν 2 = j 2 ...
Comparison of CS and CC ICSs for the HF(ν 1 = j 1 = 0) + OH(ν 2 = j 2 ...
Comparison of CS and CC ICSs for the HF(ν 1 = j 1 = 0) + OH(ν 2 = j 2 ...
Comparison of CS and CC ICSs for the HF(ν 1 = j 1 = 0) + OH(ν 2 = j 2 ...
The K-specific and averaged JS ICSs for the OH(j 1 = 1, 3, 5) + CH4(j 2 ...
The K-specific and averaged JS ICSs for the OH(j 1 = 1, 3, 5) + CH4(j 2 ...
Theoretical QD and QCT integral cross sections for the H 2 O + (X 2 B 1 ...
Theoretical QD and QCT integral cross sections for the H 2 O + (X 2 B 1 ...
Comparison of the CS and JS ICSs for the OH(j 1 = 0) + CH4(j 2 = 4 ...
Comparison of the CS and JS ICSs for the OH(j 1 = 0) + CH4(j 2 = 4 ...
The ICSs for (a) ˜ A 1 B 1 and (b) ˜ B 1 A 1 of H 2 O compared with the ...
The ICSs for (a) ˜ A 1 B 1 and (b) ˜ B 1 A 1 of H 2 O compared with the ...
The ICSs for (a, b) ˜ A 1 B 1 and (c, d) ˜ B 1 A 1 , along with ...
The ICSs for (a, b) ˜ A 1 B 1 and (c, d) ˜ B 1 A 1 , along with ...
QM DCS(|Ω|) for the H + D2(v = 0, j = 1 and 2) → D + HD(v′ = 1, j ...
QM DCS(|Ω|) for the H + D2(v = 0, j = 1 and 2) → D + HD(v′ = 1, j ...
Comparison of QD (a) reaction probabilities and (b) ICSs for the H 2 (n ...
Comparison of QD (a) reaction probabilities and (b) ICSs for the H 2 (n ...
QCT polarization parameters for the O( 1 D ) ϩ HD( v ϭ 0, j ϭ 0) reac ...
QCT polarization parameters for the O( 1 D ) ϩ HD( v ϭ 0, j ϭ 0) reac ...
QCT and QM generalized DFs for the H + D 2 → HD(v =3, j =0)+D reaction ...
QCT and QM generalized DFs for the H + D 2 → HD(v =3, j =0)+D reaction ...
ICSs for the C + SH(v = 0, j = 0, 3, 6, 9) $\to $ H + CS and S + CH as ...
ICSs for the C + SH(v = 0, j = 0, 3, 6, 9) $\to $ H + CS and S + CH as ...
The present GOSs and ICSs of the C 1 Π 1 (ν = 0) excitation of HCl ...
The present GOSs and ICSs of the C 1 Π 1 (ν = 0) excitation of HCl ...
Calculated CS ICSs for the Cl + H 2 O(n 1 , n 2 , n 3 ) → HCl + OH ...
Calculated CS ICSs for the Cl + H 2 O(n 1 , n 2 , n 3 ) → HCl + OH ...
The thermal forward rate k f calculated from QCT (open red circle) and ...
The thermal forward rate k f calculated from QCT (open red circle) and ...
QCT DCSs for the H 2 (j 1 =0) + OH + (j 2 =0) reaction at the collision ...
QCT DCSs for the H 2 (j 1 =0) + OH + (j 2 =0) reaction at the collision ...
ICSs for the C + SH(v = 0, j = 0, 3, 6, 9) $\to $ H + CS and S + CH as ...
ICSs for the C + SH(v = 0, j = 0, 3, 6, 9) $\to $ H + CS and S + CH as ...
Quantum opacity functions for the H 2 (j 1 =0) + OH + (j 2 =0) reaction ...
Quantum opacity functions for the H 2 (j 1 =0) + OH + (j 2 =0) reaction ...
(a) QD reaction probabilities for the Cl + CHD 3 (v 1 = 1,JK) → HCl ...
(a) QD reaction probabilities for the Cl + CHD 3 (v 1 = 1,JK) → HCl ...
Comparison of QCT differential cross sections for the O( 1 D) + HF( v ...
Comparison of QCT differential cross sections for the O( 1 D) + HF( v ...
Vibrational state-resolved ICSs calculated for S( 1 D) + H 2 (V ) 0, j ...
Vibrational state-resolved ICSs calculated for S( 1 D) + H 2 (V ) 0, j ...
11 Comparison of QM and QCT thermal rate constants for the reaction O ...
11 Comparison of QM and QCT thermal rate constants for the reaction O ...
CC QM (dashed lines) and QCT (solid lines) DCSs for NO(X 2 P 1/2 , j ...
CC QM (dashed lines) and QCT (solid lines) DCSs for NO(X 2 P 1/2 , j ...
Six ICSs for the transitions (v 0 = 3, j 0 = 0, 1, 2, O 0 = 0, 1, 2 ...
Six ICSs for the transitions (v 0 = 3, j 0 = 0, 1, 2, O 0 = 0, 1, 2 ...

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