Measurement of absolute viscosity by the falling sphere method.

[1] Limitations imposed by slip and inertia terms upon Stokes's Law for the motion of spheres through liquids. [J]. PHILOSOPHICAL MAGAZINE, 1911, 22 (127-32) : 755 - 775

[2] Barr G., 1931, MONOGRAPH VISCOMETRY

[3] Bingham E. C, 1922, FLUIDITY PLASTICITY

[4] Viscous flow and surface films [J]. BUREAU OF STANDARDS JOURNAL OF RESEARCH, 1931, 6 (01): : 89 - 112

[5] Faxen H, 1922, ANN PHYS-BERLIN, V68, P89

[6] FAXEN H, 1922, ARK MAT ASTRON FYSIK, V17

[7] FAXEN H, 1921, THESIS UPSALA

[8] The falling sphere viscosimeter [J]. JOURNAL OF THE CHEMICAL SOCIETY, 1920, 117 : 473 - 478

[9] Hatschek, 1928, VISCOSITY LIQUIDS

[10] Hersey MD, 1935, J FRANKL INST, V219, P677

[1] Limitations imposed by slip and inertia terms upon Stokes's Law for the motion of spheres through liquids. [J]. PHILOSOPHICAL MAGAZINE, 1911, 22 (127-32) : 755 - 775

[2] Barr G., 1931, MONOGRAPH VISCOMETRY

[3] Bingham E. C, 1922, FLUIDITY PLASTICITY

[4] Viscous flow and surface films [J]. BUREAU OF STANDARDS JOURNAL OF RESEARCH, 1931, 6 (01): : 89 - 112

[5] Faxen H, 1922, ANN PHYS-BERLIN, V68, P89

[6] FAXEN H, 1922, ARK MAT ASTRON FYSIK, V17

[7] FAXEN H, 1921, THESIS UPSALA

[8] The falling sphere viscosimeter [J]. JOURNAL OF THE CHEMICAL SOCIETY, 1920, 117 : 473 - 478

[9] Hatschek, 1928, VISCOSITY LIQUIDS

[10] Hersey MD, 1935, J FRANKL INST, V219, P677