We found that the reaction cross sections of the two systems first increase and then decrease as collision energy increases at given vibrational-rota- tional quantum number (n_0j_0), except n_0=0 and j_0=1;
英
美
- 計算結果表明,在指定反應物分子的振動(dòng)態(tài)n_0、轉動(dòng)態(tài)j_0時(shí),兩個(gè)反應體系的反應截面隨相對平動(dòng)能的增加先是增加后是減小(j_0=1,n_0=0除外);