Intensity of absorption lines in cadmium vapour.

[1] Bohr N, 1923, ANN PHYS-BERLIN, V71, P228

[2] FUCHTBAUER, 1922, PHYS Z, V23, P77

[3] HANSEN, 1923, KGL DANSKE VIDEN, V5, P3

[4] HOYR FC, 1925, PHYS REV, V25, P174

[5] On the intensity of multiple lines and their Zeeman components II [J]. ZEITSCHRIFT FUR PHYSIK, 1925, 33 : 261 - 272

[6] Regarding the total strength of a condition from outgoing absorption lines [J]. ZEITSCHRIFT FUR PHYSIK, 1925, 33 : 408 - 412

[7] PAULI W, 1925, KGL DANSKE VIDENSKAB, V7, P3

[8] The number of dispersion electrons which are attributive to a stationary situation (Introductory announcement) [J]. NATURWISSENSCHAFTEN, 1925, 13 : 627 - 627

[9] WOOD, 1909, ASTROPHYS J, V29, P211

[10] 1925, NATURWISSENSCHAFTEN, V13, P724

[1] Bohr N, 1923, ANN PHYS-BERLIN, V71, P228

[2] FUCHTBAUER, 1922, PHYS Z, V23, P77

[3] HANSEN, 1923, KGL DANSKE VIDEN, V5, P3

[4] HOYR FC, 1925, PHYS REV, V25, P174

[5] On the intensity of multiple lines and their Zeeman components II [J]. ZEITSCHRIFT FUR PHYSIK, 1925, 33 : 261 - 272

[6] Regarding the total strength of a condition from outgoing absorption lines [J]. ZEITSCHRIFT FUR PHYSIK, 1925, 33 : 408 - 412

[7] PAULI W, 1925, KGL DANSKE VIDENSKAB, V7, P3

[8] The number of dispersion electrons which are attributive to a stationary situation (Introductory announcement) [J]. NATURWISSENSCHAFTEN, 1925, 13 : 627 - 627

[9] WOOD, 1909, ASTROPHYS J, V29, P211

[10] 1925, NATURWISSENSCHAFTEN, V13, P724