Band spectra and atomic nuclei.

[21] HUND F, 1928, Z PHYS, V51, P762

[22] HUND F, 1927, Z PHYS, V42, P112

[23] HYMAN HH, 1929, NATURE, V123, P278

[24] KAPUSCINSKI, 1929, P ROY SOC A, V122, P58

[25] Kronig RD, 1928, NATURWISSENSCHAFTEN, V16, P335

[26] LOOMIS FW, 1928, J FRANKLIN I, V205, P491

[27] Diatomic molecules according to the wave mechanics I: Electronic levels of the hydrogen molecular ion [J]. PHYSICAL REVIEW, 1929, 33 (06): : 0932 - 0947

[28] Electronic states and band spectrum structure in diatomic molecules. IV. Hund's theory; Second positive nitrogen and swan bands; Alternating intensities [J]. PHYSICAL REVIEW, 1927, 29 (05): : 0637 - 0649

[29] Interpretation of the atmospheric absorption bands of oxygen [J]. PHYSICAL REVIEW, 1928, 32 (06): : 0880 - 0887

[30] MULLIKEN RS, 1928, PHYS REV, V32, P204

[21] HUND F, 1928, Z PHYS, V51, P762

[22] HUND F, 1927, Z PHYS, V42, P112

[23] HYMAN HH, 1929, NATURE, V123, P278

[24] KAPUSCINSKI, 1929, P ROY SOC A, V122, P58

[25] Kronig RD, 1928, NATURWISSENSCHAFTEN, V16, P335

[26] LOOMIS FW, 1928, J FRANKLIN I, V205, P491

[27] Diatomic molecules according to the wave mechanics I: Electronic levels of the hydrogen molecular ion [J]. PHYSICAL REVIEW, 1929, 33 (06): : 0932 - 0947

[28] Electronic states and band spectrum structure in diatomic molecules. IV. Hund's theory; Second positive nitrogen and swan bands; Alternating intensities [J]. PHYSICAL REVIEW, 1927, 29 (05): : 0637 - 0649

[29] Interpretation of the atmospheric absorption bands of oxygen [J]. PHYSICAL REVIEW, 1928, 32 (06): : 0880 - 0887

[30] MULLIKEN RS, 1928, PHYS REV, V32, P204