Term analysis of the first spectrum of vanadium (V-I)

[1] Wave numbers of infrared spectral lines beyond lambda 10,000 [J]. PHYSICAL REVIEW, 1934, 46 (05): : 0382 - 0383

[2] The Zeeman effect for vanadium [J]. ASTROPHYSICAL JOURNAL, 1911, 34 (03) : 209 - 224

[3] Bacher R.F., 1932, ATOMIC ENERGY STATES

[4] On the structure of the vanadium spectrum [J]. ZEITSCHRIFT FUR PHYSIK, 1925, 31 : 145 - 162

[5] Burns K., 1929, PALLO, V6, P159

[6] CATALAN MA, 1922, T ROY SOC A, V223, P127

[7] EXNER F, 1911, SPEKTREN ELEMENTE NO, V2, P308

[8] FERGUSON WFG, 1932, BS J RES, V8, P382

[9] Frerichs R, 1926, ANN PHYS-BERLIN, V81, P807

[10] GIESELER H, 1924, Z PHYS, V25, P342

[1] Wave numbers of infrared spectral lines beyond lambda 10,000 [J]. PHYSICAL REVIEW, 1934, 46 (05): : 0382 - 0383

[2] The Zeeman effect for vanadium [J]. ASTROPHYSICAL JOURNAL, 1911, 34 (03) : 209 - 224

[3] Bacher R.F., 1932, ATOMIC ENERGY STATES

[4] On the structure of the vanadium spectrum [J]. ZEITSCHRIFT FUR PHYSIK, 1925, 31 : 145 - 162

[5] Burns K., 1929, PALLO, V6, P159

[6] CATALAN MA, 1922, T ROY SOC A, V223, P127

[7] EXNER F, 1911, SPEKTREN ELEMENTE NO, V2, P308

[8] FERGUSON WFG, 1932, BS J RES, V8, P382

[9] Frerichs R, 1926, ANN PHYS-BERLIN, V81, P807

[10] GIESELER H, 1924, Z PHYS, V25, P342