New radiographic methods for determining the submicroscopic fine structure of a substance.

[1] DEBYE P, ERGEBN TECHN RONTGEN, V2, P1

[2] FREY-WYSSLING A., 1936, PROTOPLASMA, V25, P261, DOI 10.1007/BF01839075

[3] FREYWYSSLING A, 1928, MICELLARTHEORIE NAGE

[4] GERNGROSS O, 1930, Z PHYS CHEM B LPZ, V10, P371

[5] Glocker R, 1926, Z PHYS, V40, P479

[6] GLOCKER R, 1931, SPEKTROSKOPIE RONTGE

[7] Hengstenberg J, 1928, Z KRISTALLOGR, V69, P271

[8] HESS K, 1931, ERGEBN TECHN PONTGEN, V4, P31

[9] Theory of X-ray scattering on particle clusters. [J]. ZEITSCHRIFT FUR PHYSIK, 1939, 113 (11-12): : 751 - 768

[10] Kiessig H, 1939, Z PHYS CHEM B-CHEM E, V43, P79

[1] DEBYE P, ERGEBN TECHN RONTGEN, V2, P1

[2] FREY-WYSSLING A., 1936, PROTOPLASMA, V25, P261, DOI 10.1007/BF01839075

[3] FREYWYSSLING A, 1928, MICELLARTHEORIE NAGE

[4] GERNGROSS O, 1930, Z PHYS CHEM B LPZ, V10, P371

[5] Glocker R, 1926, Z PHYS, V40, P479

[6] GLOCKER R, 1931, SPEKTROSKOPIE RONTGE

[7] Hengstenberg J, 1928, Z KRISTALLOGR, V69, P271

[8] HESS K, 1931, ERGEBN TECHN PONTGEN, V4, P31

[9] Theory of X-ray scattering on particle clusters. [J]. ZEITSCHRIFT FUR PHYSIK, 1939, 113 (11-12): : 751 - 768

[10] Kiessig H, 1939, Z PHYS CHEM B-CHEM E, V43, P79