CoC 的导致激光的荧光刺激光谱被记录在光谱到 CoC 分子被劈啪作响的钴原子的反应在超声的喷气下面与甲醇在生产的 22000 厘米 −1, 的从 13500 厘米 −1 的区域使条件凉下来。许多可见光谱被分到在 X 2Σ+ 地面状态和 F 2Σ+ 状态之间的转变。是分配的 11 个乐队(v'= 3 13, 0 ) F 2Σ+-X2Σ+ 乐队系统的转变被观察,旋转联盟者分析了。为 F 2Σ+ 状态的平衡常数是 T e = 13628 厘米 −1,ω e = 669 厘米 −1,ω e χ e = 4.3 厘米 −1, B e = 0.546 厘米 −1, 和 R e = 1.758 Å 。一些新乐队被观察。
The laser-induced fluorescence excitation spectrum of CoC was recorded in the spectral region from 13500 cm^-1 to 22000 cm^-1, in which the CoC molecules were produced by the reaction of sputtered cobalt atoms with methanol under supersonic jet cooled conditions. Much of the visible spectrum was assigned to transitions between the X2∑^+ ground state and F2∑^+ state. The 11 bands assigned as (v'=3-13, 0) transitions of the F^2∑^+-X^2∑^+ band system were observed and rotationally analyzed. Equilibrium constants for the F^2∑^+ state were Te=13628 cm^-1, We=669 cm^-1, ωeХe=4.3 cm^-1, Be=0.546 cm^-1, and Re=1.758A. Some new bands were observed.