1.	The observation of mechanical twins in f.c.c. metals. 
	Proc. Eur. Reg. Conf. Electron Microcopy (1960) 1, 443-446.

    2.	Deformation twinning in f.c.c. metals. Phil. Mag. 6 (1961) 379-396.

    3.	The martensite transformation in stainless steel. 
	Phil. Mag. 7 (1962) 35-44.

    4.	Dislocation distributions and densities in f.c.c. copper alloys.
	Phil. Mag. 7 (1962) 1969-1972.

    5.	Comments on a dislocation model for twinning in f.c.c. crystals. 
	Acta Met. 11 (1963) 1368.

    6.	Liquid helium cooled tilting stage for an electron microscope.
	Rev. Sci. Inst. 34 (1963) 582-583.

    7.	The electron microscopy of deformation twins.
	J. Phys. Chem. Solids 25 (1964) 685-692.

    8.	The nucleation and propagation of deformation twins.
	J. Phys. Chem. Solids 25 (1964) 693-700.

I   9.	Deformation twinning in f.c.c. metals; in "Deformation Twinning" 
	(1964) 77-116.

   10.	The interaction of fast-moving dislocations. 
	Phil. Mag. 10 (1964) 771-778.

   11.	The migration of interstitial atoms in gold: I - Experimental.
	Phil. Mag. 11 (1965) 1021-1038 (J.A. Venables and R.W. Balluffi).

   12.	The migration of interstitial atoms in gold: II -Analysis and 
	Interpretation. Phil. Mag. 11 (1965) 1039-1058. 
	(J.A. Venables and R.W. Balluffi).

   13.	Stacking fault energy and many-body force effects in solid argon.  
	Phys. Rev. Lett. 17 (1966) 249-250 
	(R. Bullough, H.R. Glyde and J.A. Venables).

   14.	A Goniometer stage for use at liquid helium temperatures. 
	Electron Microscopy (1966) 1, 175-176.

   15.	Defects in rare gas crystals. Electron Microscopy (1966) 1, 333-334 
	(J.A. Venables and D.J. Ball).

   16.	Electron microscopy of polyethylene below 20K.  
	Nature 214 (1967) 1107-1108 (J.A. Venables and D.C. Bassett).

   17.	The vacancy concentration and diffusion in rare gas solids.
 	J. Phys. Chem. Solids 29 (1968) 1093-1098 
	(H.R. Glyde and J.A. Venables).

   18.	The use of a pressure cell for studying condensed gases.
	Electron Microscopy (1968) 1 239-240 (D.J. Ball and J.A. Venables).

   19.	The use of stereo-electron microscopy in diffusion studies.
	Electron Microscopy (1968) 1 575-576 (G.J. Thomas and J.A. Venables).

   20.	The microstructures of condensed gases.
	J. Cryst. Growth 3 (1968) 180-183 (J.A. Venables and D.J. Ball).

   21.	An electron microscope liquid helium stage for use with accessories.
	J. Phys. E1 (1968) 121-126 
	(J.A. Venables, D.J. Ball and G.J. Thomas).

   22.	Hydrogen accummulation at stacking faults by dechannelling in 
	aluminium. Phil. Mag. 19 (1969) 325-327 
	(G.J. Thomas and J.A. Venables).

I  23.	Interstitials in f.c.c. metals; in "Vacancies and interstitials 
	in Metals"  (1969) 531-555 (J.A. Venables and G.J. Thomas).

   24.	An experimental test of nucleation theory - the formation of rare 
	gas crystals.  J. Vac. Sci. Tech. 6 (1969) 468-471 
	(D.J. Ball and J.A. Venables).

   25.	Croissance et Defauts de Structures dans des gaz condensees.
	J. de Microscopie 8 (1969) 782-785.

   26.	Electron microscopy and diffraction of solid alpha- nitrogen.
	Phil. Mag. 21 (1970) 147-166.

I  27.	Low energy Ion Bombardment of Solids; in "Atomic Collision 
	Phenomena in Solids" (1970) 132-161.

   28.	In-situ studies of nucleation and growth of condensed gas crystals.
	Electron Microscopy (1970) 2, 459-460 (D.J. Ball and J.A. Venables).

   29.	Nucleation on substrates from the vapour phase.
	Adv. Phys. 19 (1970) 409-456 (D.R. Frankl and J.A. Venables).

I  30.	Thin films of condensed gases.  Thin Solid Films 7 (1971) 369-389 
	(J.A. Venables and C.A. English).

	Items 31-33 are in Inst. Phys. Conf. Ser. 10 (1971), Proc. EMAG '71.

   31.	The use of channel plates as image intensifiers in electron microscopy. 40-43
	(C.A. English and J.A. Venables). **-**

   32.	The design of pressure cells for studying condensed gases. 48-51
	(C.A. English and J.A. Venables).

   33.	Epitaxial growth of xenon on graphite. 184-187
	(H.M. Kramer, G.L. Price and J.A. Venables).

   34.	Nucleation and growth of rare-gas crystals.
	Proc. Roy. Soc. A322 (1971) 331-354 (J.A. Venables and D.J. Ball).

	Items 35-40 in Proc. Fifth European Congress on Electron 
	Microscopy (1972).

I  35.	In-situ experiments in electron microscopes. 344-349

   36.	An evaluation of channel plates as image intensifiers for 
	transmission electron microscopy. 172-173 
	(C.A. English and J.A. Venables).

   37.	A channel plate detector for the scanning electron microscope. 
	176-177 (B.W. Griffiths, P. Pollard and J.A. Venables).

   38.	Apparatus for in-situ nucleation studies in the TEM. 338-339
	(G.L. Price and J.A. Venables).

   39.	The use and advantages of a pressure cell in studying thin films 
	of condensed gases. 362-363 (C.A. English and J.A. Venables).

   40.	A versatile liquid helium stage for the SEM. 372-373
	(B.W. Griffiths, C.A. Mills and J.A. Venables).

   41.	On the determination of stacking fault energy in epitaxial f.c.c.
	films. Phil. Mag. 26 (1972) 765-768 (H. Kramer and J.A. Venables).

   42.	Epitaxial growth of rare gas crystals. J. Crystal Growth 17 
	(1972) 329-332 (H.M Kramer and J.A. Venables).

I  43.	Scanning electron microscopy at liquid helium temperatures.  
	Proc. 5th Annual Scanning Electron Microscope Symposium (1972) 9-16
	(B.W. Griffiths and J.A. Venables).

   44.	Rate equation approaches to thin film nucleation kinetics.
	Phil. Mag. 27 (1973) 697-738.

   45.	The application of channel plates in transmission and scanning 
	microscopes. Acta Electron. 16 (1973) 43-57
	(C.A. English, B.W. Griffiths and J.A. Venables).

   46.	Electron Back Scattering patterns - new technqiue for obtaining 
	crystallographic information in the scanning electron microscope.
	Phil. Mag. 27 (1973) 1193-1200 (J.A. Venables and C.J. Harland).

   47.	Stereo-electron microscopy of low energy ion bombarded gold.
	Phil. Mag. 28 (1973) 1171-1201 (G.J. Thomas and J.A. Venables).

   48.	Electron back-scattering patterns, in "SEM - systems and 
	applications" (1973) 294-296 (J.A. Venables and C.J. Harland).

   49.	Additional processes in thin film nucleation kinetics.
	Thin Solid Films 18 (1973) Sll-S14.

   50.	Electron diffraction and the structure of alpha- nitrogen.
	Acta Cryst. B30 (1974) 929-935 (J.A. Venables and C.A. English).

I  51.	Some developments in SEM instrumentation. 
	Rev. Physique Appl. 9 (1974) 419-425 
	(J.A. Venables, B.W. Griffiths, C.J. Harland and K.H. Ecker).

   52.	An explanation of the crystal structure of the rare gas solids.
	Proc. Roy. Soc. A336 (1974) 365-377 (K.F. Niebel and J.A. Venables).

   53.	Localised to non-localised transition in a Krypton monolayer 
	adsorbed on graphite.  Phys. Lett. 47A (1974) 19-20 
	(G.L. Price and J.A. Venables).

   54.	The structure of the diatomic molecular solids.
	Proc. Roy. Soc. A340 (1974) 57-80 (C.A. English and J.A. Venables).

   55.	The use of a spin dependent intermolecular potential to predict 
	the crystal structure and antiferromagnetism of solid alpha 
	oxygen. Proc. Roy. Soc. A340 (1974) 81-90 
	(C.A. English, J.A. Venables and D.R. Salahub).

I  56.	Stacking Faults, twins, and the structural stability of van der 
	Waals Solids. J. De Physique 35 (1974) C7-113-119
	(J.A. Venables, C.A. English, K.F. Niebel and G.J. Tatlock).

   57.	On dislocation pole models for twinning.  
	Phil. Mag. 30 (1974) 1165-1169.

   58.	Nucleation of thin films.  Chapter 4 of "Epitaxial Growth, part B", 
	ed. J.W. Matthews, (1975) 381-436 (J.A. Venables and G.L. Price).

   59.	Layer Growth of Xenon on graphite. Surf. Sci. 49 (1975) 264-274 
	(G.L. Price and J.A. Venables).

I  60.	Electron Microscopy and Analysis. 
	Physics Bulletin 26 (1975) 359-362.

   61.	Observation of an adsorbed monolayer by transmission high energy 
	electron diffraction.  Surf. Sci. 55 (1976) 373-379; 57 (1976) 782
	(J.A. Venables, H.M. Kramer and G.L. Price).

2B 62.	"Rare Gas Solids", Vol. I (1976) and II (1977). Edited by 
	M.L. Klein and J.A. Venables, Academic Press, London.

   63.	The Crystal Structure Problem.  Chapter 9 of "Rare Gas Solids, 
	vol I" 558-589 (K.F. Niebel and J.A. Venables)

   64.	Crystal Growth and Crystal Defects.  Chapter 10 of "Rare Gas 
	Solids, vol II" 609-661 (J.A. Venables and B.L. Smith).

B  65.  "Developments in Electron Microscopy and Analysis", 
	Edited and introduced by J.A. Venables, Academic Press, 1976 
	(containing also the following two papers).
 
   66.	An UHV-SEM for in-situ depositon and surface studies. 23-26.
 
   67.	Crystallographic orientation determination in the SEM using 
	electron back-scattering patterns and channel plates. 101-104 
	(J.A. Venables, C.J. Harland and R. bin-Jaya).

I  68.	Capabilities and limitation of nucleation theories.
	Thin Solid Films 32 (1976) 135-141.

   69.	A model of phase transitions in solid Kr and Xe monolayers on 
	graphite. Surf. Sci. 59 (1976) 509-532 
	(G.L. Price and J.A. Venables).

   70.	Scanning Auger Microscopy at 30 nm resolution. 
	Phil. Mag. 34 (1976) 495-500
	(J.A. Venables, A.P. Janssen, C.J. Harland and B.A. Joyce) 

   71.	Scanning Auger Microscopy at 30 nm resolution. Proc. EMSA 34 
	(1976) 530-531, and Israel Electron Microscopy (1976) 1, 425-427.
	(J.A. Venables, A.P. Janssen, C.J. Harland and B.A. Joyce) 

I  72.	Design Trends in Scanning Electron Microscopy. 
	Israel Electron Microscopy (1976) 1, 67-72.

   73.	Accurate microcrystallography in the SEM using electron 
	backscattering patterns. Proc. EMSA 34, 512-513, and Israel 
	Electron Microscopy (1976) 1, 301-303
	(J.A. Venables, C.J. Harland and R. Bin-Jaya).

   74.  TEM studies of defects in molecular solids.  Israel Electron 
	Microscopy (1976) 1, 521-523 (G.J. Tatlock and J.A. Venables).

   75.	On the reaction order in thermal desorption spectroscopy.
	Surf. Sci. 61 (1976) 667-672 (J.A. Venables and M. Bienfait).

   76.	The free energy difference between f.c.c. and h.c.p. forms of 
	solid Ar from Ar - Oxygen  vapour pressure measurements.  
	J. Phys. C9 (1976) 4095-4108 (T. Bricheno and J.A. Venables).

I  77.	New experimental approaches to studies of nucleation and growth 
	on surfaces; in "Crystal Growth and Materials" (1976) 166-193. 

   78.	Twinning in alpha- nitrogen .  Phil. Mag. 35 (1977) 641-652 
	(G.J. Tatlock, R. Mevrel and J.A. Venables).
     
   79.	Accurate microcrystallography using electron backscattering 
	patterns. Phil. Mag. 35, (1977) 1317-1332 
	(J.A. Venables and R. Bin-Jaya). also: Internal University of 
	Sussex Report giving more details 
	(J.A. Venables, R. Bin-Jaya, C.J. Harland and J.H. Klein).

   80.	A ratio technique for micro-Auger analysis.  
	Surf. Sci. 62 (1977) 277-292
	(A.P. Janssen, C.J. Harland and J.A. Venables).

   81.	On the temperature dependence of the stability of the f.c.c. 
	structure of solid argon. J.Phys. C10 (1977) 773-779 
	(R. Mevrel, T. Bricheno and J.A. Venables).

   82.	Kinetics of adsorption and desorption using Auger Electron 
	Spectroscopy: Xe/(0001) graphite. Surf. Sci. 64 (1977) 425-426 
	(M. Bienfait and J.A. Venables).

   83.	Adsorption-Desorption studies of  Zn/GaAs. 
	Surf. Sci. 68 (1977) 190-203 (G. Laurence, B.A. Joyce, 
	C.T. Foxon, A.P. Janssen, G.S. Samuel and J.A.Venables).

I  84.	Adsorbed solid xenon on graphite - diffraction studies and 
	model calculations. J. de Physique 38 C4 (1977) 105-114 
	(J.A. Venables and P.S. Schabes-Retchkiman).

I  85.	Surface Physics experiments in a UHV-SEM. 
	Inst. Phys. Conf. Ser. 36 (1977) 91-94 
	(A.P. Janssen and J.A. Venables).

   86.	Direct observation of grain boundary diffusion by scanning 
	Auger Microscopy. Phil. Mag. 36 (1977) 1537-1540 
	(A.P. Janssen, J.A. Venables, J.C.M. Huang and R.W. Balluffi).

   87.	Towards a European Dimension in Physics Education.
	Physics Education, 12 (1977) 269-271.

   88.	Misfit dislocations and lattice parameters of adsorbed xenon 
	and krypton monolayers on graphite.  Surf. Sci. 71 (1978) 27-41 
	(J.A. Venables and P.S. Schabes-Retchkiman).

   89.	Nucleation and growth in the system  Ag/Mo(100) : A comparison of
	UHV-SEM and AES/LEED observations.  Surf. Sci. 74 (1978) 69-78
	(K. Hartig, A.P. Janssen and J.A. Venables).

   90.	RHEED and THEED patterns and dark-field microscopy in a UHV-SEM.
	Inst. Phys. Conf. Ser. 41 (1978) 313-318
	(J.A. Venables, C.J. Harland and A.P. Janssen).

   91.	Measurement of THEED intensity from adsorbed xenon monolayers.
	Inst. Phys. Conf. Ser. 41 (1978) 329-334 
	(P.S. Schabes-Retchkiman and J.A. Venables).

I  92.	Kinetic studies of nucleation and growth at surfaces.
	Thin Solid Films 50 (1978) 357-369.

   93.	Effect of backscattered electrons on the resolution of scanning 
	Auger microscopy.  Surf. Sci. 77 (1978) 351-364 
	(A.P. Janssen and J.A. Venables).

   94.	Effect of backscattering on the resolution of scanning 
	Auger microscopy. Electron Microscopy (1978) 1, 520-521 
	(A.P. Janssen and J.A. Venables).

I  95.	Trends in SEM. Phys. Bulletin 29 (1978) 307-311
	(J.A. Venables, A.P Janssen and C.J. Harland).

I  96.	Developments in Scanning Auger Microscopy.  
	Electron Microscopy (1978) 3, 280-291 
	(J.A. Venables and A.P. Janssen).

   97.	Electron backscattering patterns in a field emission gun SEM.
	Electron Microscopy (1978) 1, 564-565 
	(C.J. Harland, J.H. Klein, P. Akhter and J.A. Venables).

   98.	On the geometry of dislocations in adsorbed solid monolayers.  
	J. Phys. C11 (1978) L913-918 
	(J.A. Venables and P.S. Schabes-Retchkiman).

   99.	European Studies with Science.
	University of Sussex 9th Annual Review for Schools (1978) 5-6.

  100.	European studies in the education of scientists. in 
	"Science and Technology in European Studies", Schools Curriculum 
	Development Series 11 (1978) 3**-43**

I 101.	Scanning Auger Microscopy, an introduction for biologists. 
	Scanning Electron Microscopy (1979) 2, 259-278
	(A.P. Janssen and J.A. Venables).

  102.	The interpretation of the spatial resolution of the Scanning 
	Auger electron microscope.  Surf. Sci. 85 (1979) 309-316 
	(M.M. El-Gomati, A.P. Janssen, M. Prutton and J.A. Venables).