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我们使用WSP-1型平面光栅摄谱仪拍摄了钙原子在300nm—700nm之间的电孤光谱,光谱中出现电子在4s~2,4s4p,4s4d,4p~2等四个组态的光谱支项能级之间跃过所产生的单线系谱线和4d~3D→4p~3P~0,4p~(23)P→4p~3P~0两组复合三重线。我们在PC—8000和IBM微型机上用BASIC语言和FORTRAN语言编制了处理上述钙原子发射光谱数据的程序。该程序中有以下内容: 1.用4p~1P_1~0→4s~(21)S_0和6s~1S_0→4p~1P_1~0两条正常光谱线,通过求解四次方程的根求出了钙
We used the WSP-1 planar grating spectrograph to capture the photoluminescence spectra of calcium atoms between 300nm and 700nm. There are four spectral configurations of electrons in 4s ~ 2, 4s4p, 4s4d and 4p ~ 2 The energy level jumps between the single-line phylogeny generated and the triple triplets of 4d ~ 3D → 4p ~ 3P ~ 0, 4p ~ (23) P → 4p ~ 3P ~ 0. We have compiled programs for processing the above-mentioned calcium atomic emission spectrometry data in the BASIC language and the FORTRAN language on the PC-8000 and IBM microcomputers. The program has the following contents: 1. Using the two normal spectral lines of 4p ~ 1P_1 ~ 0 → 4s ~ (21) S_0 and 6s ~ 1S_0 → 4p ~ 1P_1 ~ 0,