Notes

Inventory list

Identifier	Title	Level of description	Date
70	File labelled ‘Notes on suspensions’	Item	1970-1971
67	File labelled ‘Working notes on flow off tip of a 2D bubble	Item	1967-1988
105	File marked ‘Notes about potentially interesting problems’	Item	1981-1987
120	'Case of spheres in contact or near-contact’	Item	2 Nov [ ]
1	Notebook	Item	n.d.
8	‘Similarity in stratified sheer flow’	Item	n.d.
9	‘Turbulence in the presence of a demo gradient’	Item	n.d.
12	‘Dynamics of conducting liquids’	Item	n.d.
16	Notes by Batchelor on the spectrum of turbulence at high Reynolds number by C F von Weizsacker [presumably from a lecture]	Item	n.d.
17	Notes by Batchelor on the statistical theory of turbulence by Werner Heisenberg	Item	n.d.
20	‘On the conditions for dynamical similarity of motions of a frictionless perfect-gas atmosphere’	Item	n.d.
22	'Comparison of two alternative forms for theta-spectrum in convection sub-range B’	Item	n.d.
24	‘Remarks on the theory of free turbulence’ taken from L Prandtl	Item	n.d.
25	‘Stability of a homogeneous gravitational medium to plane compressible waves’	Item	n.d.
30	‘Keep for relevance to thermodynamic theory of (Brownian) diffusion’	Item	n.d.
32	‘Interesting attempt to determine the diffusive driving force by hunch, but evidently not quite correct’	Item	n.d.
34	‘Refraction of rays’	Item
43	‘Unsymmetrical Disturbances (rapid)’	Item	n.d.
44	File of notes	Item	1941-
47	'Free vortex layers'	Item	29 Dec 1943
48	Notebook	Item	1944-
50	File of notes relating to long waves	Item	1946
64	‘Random convection and strong diffusion in a fluid’	Item	12 Jul 1961
65	‘Steady spherical cap bubble without separation (as suggested by photos of various liquids)'	Item	Aug 1962
80	'Osmotic pressure (or chemical potential) as a basis for calculation of Brownian interactions’	Item	23 Oct 1974
82	'Note on the rheological properties of a suspension of spheres’	Item	31 Oct 1974
84	'The direct contribution to the bulk stress due to Brownian motion’, 1st and 2nd attempts	File	19-21 Nov 1974
94	'Instability of a linear distribution of mean density (in the vertical) with buoyancy-controlled transfer due to turbulence’	Item	Sep 1977
106	‘Fluctuations in number of particles in a large volume’	Item	18 Jul 1983
107	‘Sedimentation’	Item	21 Jul 1983