Notes

Inventory list

Identifier	Title	Level of description	Date
7	‘Flow of conducting liquid along a wall with an imposed transverse magnetic field’	Item	n.d.
10	‘Further problems of magneto-hydrodynamics’	File	n.d.
13	‘Two dimensional source’	Item	n.d.
18	‘Hydromagnetic equations’	Item	n.d.
19	‘Data for simple shearing with (Ea^2)/D_o ≫1’	Item	n.d.
21	‘Sound waves in a suspension of small incompressible particles’	Item	n.d.
26	‘Doublet formation in a suspension of small particles’	Item	n.d.
33	‘Vel. Dist. Near 0 for a sphere’	Item	n.d.
37	‘Scattering cross-section in different cases (all for sound waves)’	Item	n.d.
38	‘Scattering of sound waves by turbulent convection a la Lighthill’	Item	n.d.
40	‘Relations between scattering formulae and Ellison’s work’	Item	n.d.
41	‘Ultimate shape of material vol. elements which are always so small that they experience uniform strain and rigid [ ]’	Item	n.d.
51	‘Problem of determining statistical characteristics of motion’	Item	28 Feb 1946
54	‘Diffusion from a small moving centre – Lagrangian-type analysis’	Item	28 Apr 1947
56	Various notes on heat transfer in the atmosphere	Item	post-1949
57	‘On the spectrum of isotropic turbulence’	Item	Sep 1948
60	‘Instability of a liquid column under electric forces and surface tension’. Marked ‘investigation suspended until quantative experimental data becomes available’	Item	1953
63	‘Problem: to analyse the rolling up of a portion of a vortex sheet in a concentrated vortex’	Item	Mar 1958
68	‘Note on the symmetry of certain tensor co-efficients occurring in mechanics’: 'abandoned'	Item	Jun 1968
72	‘Rolling of a sphere along a plane rigid boundary in sheer flow’	Item	20 Nov 1971
77	'Alternative experiments at Caltech’	Item	Oct-Dec 1974
78	'Thermal conduction in a very concentrated suspension of perfectly conducting spheres’	Item	3 Oct 1974
81	'Framework for the treatment of Brownian motion of hydrodynamically interacting particles’	Item	29 Oct 1974
91	‘Reconciliation of results for equilibrium distribution in presence of external force obtained by (a) chemical potential and (b) Boltzmann distribution’	Item	6 Sep 1975
95	'Sedimentation of spheres of non-uniform radius’	Item	1 Jul 1980
96	‘Sedimentation of spheres of non-uniform radius’	Item	Oct 1980
102	‘Possible new way of calculating Pᵢⱼ at P >> 1'	Item
103	Pᵢⱼ << 1, Φᵢⱼ ≠ 0’	Item	4 Dec 1981
110	'Onsager reciprocal relations’ from from S R de Groot	Item	Aug 1984
113	Note on the necessity of differentiating between different types of suffixes in notation	Item	1985