The Association has published over 1200 scientific papers; the references given here are necessarily selective and often to only one of a series of papers A complete author bibliography is available, and full accounts of the Association's research work is given in two books:
2.
The Chemistry and Physics of Rubber-like Substances, (ed. Bateman L.), London, Maclaren, 1963
3.
Natural Rubber Science and Technology, (ed. RobertsA.D., Oxford: Oxford University Press, 1988
4.
BatemanL., Proceedings of the Natural Rubber Producers’ Research Association Jubilee Conference, Cambridge 1984 (ed. Mullins L.), London, Maclaren and Sons Ltd., 1965, p. 2
5.
Rideal SirE., The Chemistry and Physics of Rubber-like Substances (ed. Bateman L), London, Maclaren, 1963
6.
BloomfieldG.F. and FarmerE.H., ‘Fractionation of Rubber’, Trans. Instn. Rubb. Ind., 16, 1940, 69–86
7.
GeeG., ‘The Molecular Weights of Rubber and Related Materials. Part 4. The Micellar Theory of the Structure of Rubber, Trans. Faraday Soc., 38, 1942, 109–15
8.
GeeG. and TreloarL.R.G., ‘The Interaction Between Rubber and Liquids. Part 1. ThermodynamicalA.Study of the System Rubber-Benzene’, Trans. Faraday Soc., 38, 1942, 147–165
9.
GeeG., ‘Some Thermodynamic Properties of High Polymers, and their Molecular Interpretation’, Q. Rev. Chem. Soc., 1, 1947, 265–98
10.
TreloarLR.G., ‘The Elasticity of a Network of Long-Chain Molecules’, Trans. Faraday Soc., 39, 1943, 36–41
11.
TreloarLR.G., ‘The Physics of Rubber Elasticity’, Oxford, Clarendon, 1949
12.
TristramG.R., ‘The Proteins of Hevea Brasiliensis. Part 1. Analysis of Product Isolated Dried Latex, Biochem. J., 34, 1940, 301–6
FarmerE.H. and MichaelS.E., ‘Rubber, Polyisoprenes and Allied Compounds. Part 2. The Molecule-Linking Capacity of Free Radicals and its Beating on the Mechanism of Vulcanisation and Photogelling Reactions’, J. Chem. Soc., 1942, 513–19
15.
FarmerE.H. and ShipleyF.W., ‘Modern Views on the Chemistry of Vulcanisation Changes. Part 1. Nature of the Reaction Between Sulphur and Olefins’, J. Polymer Sci., 1, 1946, 293–304
16.
WilsonJ., 2nd Annual Report, The British Rubber Producers’ Research Association, 1940, p. 12
17.
BlowCM., ‘The Deposition of Rubber on to Textile Fibres’, J. Soc. Chem. Ind., 57, 1938, 116–24
18.
BlowCM and BurgessG.C., ‘Improvements in and Relating to Elastic Fabric for Bandages and the Like’, British Patent 545,582, 3 Jun. 1942
BarnardD, BatemanL and CunneenJ.I., ‘Oxidation of Organic Sulphides’, Organic Sulphur Compounds, (ed. Kharasch N.), Oxford, Pergamon, 1961, 229–47
29.
CainM.E. and CunneenJ.I., ‘Oxidation of Organic Sulphides. Part 14. The Antioxidant Effect of Organic Sulphur Compounds Structurally Related to Crosslinks in Natural Rubber Vulcanisates’, J. Chem. Soc., 1963, 3323–7
30.
BradenM. and FletcherW.P., ‘Vulcanisation of Rubber with Organic Peroxides. Part 2’, Trans. Instn Rubb. Ind., 31, 1955, 155–65
31.
TurnerD.T., ‘Radiation Crosslinking of Rubbers. Part 5. Yield of Hydrogen and Crosslinks’, Polymer, 1, 1960, 27–40
32.
BloomfieldG.F., ‘The Reaction of Sulphur and Sulphur Compounds with Olefinic Substances. Part 5. Rubber Vulcanisation’, J. Soc. Chem. Ind., 67, 1948, 14–17
33.
MooreC.G. and TregoB.R., ‘Structural Characterisation of Vulcanisates. Part 4. Use of Triphenylphosphine and Sodium din-butyl Phosphite to Determine the Structures of Sulphur Linkages in Natural Rubber, cis-1,4-Polyisoprene and Ethylene-Propylene Rubber Vulcanisate Networks’, J. Appl. Polym. Sci., 8, 1964, 1957–83
34.
AllenP.W., BellCLM. and CockbainEG., ‘Polymerisation of Vinyl Monomers in Rubber Latexes’, Rubb. Chem. Technol, 33, 1960, 825–33
SchallamachA, ‘Principal Considerations on Tyre Wear, Rubb. Chem. Technol., 29, 1956, 781–8
40.
GroschK.A and SchallamachA, ‘Tyre Wear at Controlled Slip’, Wear, 4, 1961, 356–71
41.
GentAN., ‘Crystallisation in Natural Rubber. Part 4. Temperature Dependence’, J. Polym Sci., 18, 1955, 321–34
42.
MullinsL and ThomasAG., ‘Determination of the Degree of Crosslinking in Natural Rubber Vulcanisates. Part 5. Effect of Network Flaws due to Free Chain Ends’, J. Polym. Sci., 43, 1960, 13–21
43.
RivlinR.S. and ThomasAG., ‘Rupture of Rubber. Part 1. Characteristics Energy for Tearing’, J. Polym. Sci., 10, 1953, 291–318
44.
GentAN., ‘Relaxation processes in Vulcanised Rubber. Part 1. Relation Among Stress Relaxation, Creep, Hysteresis’, J. Appl. Polym. Sci., 6, 1962, 433–41
45.
DunnJ.R., ScanlonJ. and WatsonW.F., ‘Stress Relaxation During the Thermal Oxidation of Vulcanised Natural Rubber’, Trans. Faraday Soc., 55, 1959, 667–75
46.
BradenM. and GentAN., ‘The Attack of Ozone on Stretched Rubber Vulcanisates. Part 2. Conditions for Cut Growth’, J. Appl-Polym. Sci., 1960, 3, 100–6.
47.
BradenM., Role of Diffusion in Antiozonant Action’, J. Appl. Polym. Sci., 6, 1962, 56–8
48.
MullinsL., ‘Aspects of Physical Basis of Reinforcement’, Trans. Instn. Rubb. Ind., 32, 1956, 231–41
49.
RivlinR.S., ‘Large Elastic Deformations of Isotropic Materials. Part 1. Fundamental Concepts’, Phil. Trans. R. Soc. A, 240, 1948, 459–90
50.
RivlinR.S., ‘Some Applications of Elasticity Theory to Rubber Engineering’, Proc. 2nd Rubb. Technol. Conf., London 1948 (ed. Dawson T.R.), Cambridge, Heffer, 1948, 204–11
51.
HeughanDM., ‘Improvements in and Relating to Rail Pads’, British Patent 786,483, 20 Nov. 1957
52.
LindleyP.B., ‘Rubber Bearings for Modern Bridges’, Civ. Engng., 57, 1962, 1153–7
McRobertsT.S., ‘Stability of Ammoniated Latex and Soap-Stabilised Emulsions in the Presence of Complex Zinc Salts’, Proc. 3rd Rubb. Technol. Conf., London, 1954, 38–49
56.
AndrewsEH and DickensonP.B., ‘Preliminary Electron Microscope Observations on the Ultra-Structure of the Latex Vessel and its Contents in Young Tissues of Hevea Brasil-iensis’, Proc. Nat Rubb. Res. Conf, Kuala Lumpur, 1960, 756–65
57.
ArcherB.L, ‘Site and Mechanism of Rubber Biosynthesis from Mevalonate, Proceedings of the Natural Rubber Producers’ Research Association Jubilee Conference, Cambridge, 1964, (ed. Mullins L), London, Maclaren, 1965, pp. 101–12
58.
ArcherB.L, BarnardD. and CockbainEG, ‘The Stereochemistry of Rubber Biosynthesis, Proc. R. Soc., B, 163, 1966, 519–23
59.
BlowCM, ‘Cyclised Rubber its Development and Applications’, Rubb. Dev, 5, 1952,44-7
60.
StokesS.C. and WalkerAR, ‘Non-woven Fabrics Bonded with Rubber. Part 1. Pilot Plant Production’, Rubb. Dev, 8, 1955, 82–5
61.
StokesS.C., ‘Moulding and Casting Processes Using Rubber Latex, India Rubb. Wld, 121, 1950, 544–6
62.
PoleE.G., improvements in Fibreboard’, British Patent 831,641, 30 Mar. 1960
StaceyA.J., BevanAR. and DickensC.W., ‘NewA.Phantom Material Employing De-polymerised Natural Rubber’, Br. J. Radiol., 34, 1961, 510–515
65.
BloomfieldG.F., Swift P.Mc L and Vennells W.G., improvements in the Service Properties of Natural Rubber’, Rev. Gen. Caoutch., 39, 1962, 1579–86
66.
FoggS.G., ‘Compounding Natural Rubber for Resistance to Static and Dynamic Ozone Exposure’, Trans. Instn. Rubb. Ind., 38, 1962, 234–57
67.
BakerH.C. and FodenR.M., ‘Recent Developments in Superior Processing Natural Rubber’, Rubb. Chem. Technol., 33, 1960, 810–24
68.
MooreC.G., MullinsL, SimpsonK.E. and SwiftP.McL, ‘A reappraisal of the Oil-Extension of Natural Rubber’, Rubb. Dev., 15, 1962, 40–50
69.
IntroducingMRPRA Hertford The Malaysian Rubber Producers’ Research Association, 1988
70.
BarnardD, CainM.E., CunneenJ.I. and HousemanT.H., ‘Oxidation of Vulcanised Natural Rubber, Rubb. Chem. Technol, 42, 1972, 381–401
71.
CainM.E., GazeleyK.F., GellingI.R. and LewisP.M., ‘The Chemistry and Technology of Rubber-Bound and Related Novel Antioxidants’, Rubb. Chem. Technol, 45, 1972, 204–21
72.
BakerC.S.L., BarnardD. and PorterM., ‘New Concepts in Vulcanisation of Natural Rubber’, J. Rubb. Res. Inst. Malaya, 22, 1969, 317–30
73.
BakerC.S.L, ‘Latest Developments in the Urethane Crosslinking of Natural Rubber, Kaut u. Gummi, 36, 1983, 677–84
74.
PorterM., ‘The Chemistry of the Sulphur Vulcanisation of Natural Rubber1, Chemistry of Sulphides, (ed. Tobolsky A.V.), New York, Interscience, 1968
75.
MorrisonN.J. and PorterM., ‘Temperature Effects on the Stability of Intermediates and Crosslinks in Sulphur Vulcanisation’, Rubb. Chem. Technol, 57, 1984, 63–85
76.
CampbellD.S., LoeberD.E. and TinkerAJ., ‘Efficient Grafting of Polystyrene on to Polydienes by Dry Mixing’, Polymer, 20 1979, 393–4
77.
ElliottD.J., ‘Thermoplastic Natural Rubber Blends’, Powdered Liquid and Thermoplastic Natural Rubber Proceedings of a UNIDO-Sponsored Symposium, Phuket Thailand, 1981, Hertford: MRPRA, 1983
78.
GellingI.R., ‘Modification of Natural Rubber with Percetic Acid’, Rubb. Chem. Technol, 58, 1985, 86–96
79.
GregoryMJ., ‘The Solvolytic Fragmentation of Trialkoxy-2-Halogenoethylsilanes’, J. Chem. Soc. Perkin Trans. II, 1973, 1699–1702
AudleyB.G., ArcherB.L. and CarruthersI.B., ‘Translocation and Metabolism of Ethephon and Related Compounds in Hevea Brasiliensis’, Proc. Int Rubb. Conf., Kuala Lumpur, 1975, Vol. 2, 565-585
82.
BakerH.C, BarkerL.R., ChambersW.T. and GreensmithH.W., ‘The Properties of Market Grades of Natural Rubber’, Rubb. J., 149, 1967, 10–21
83.
RussellR.M., SkinnerT.D. and WatsonA A, ‘EV Systems for NR - Part 2’, Rubb. Age, 99, 1967, 69–81
84.
SmithJ.F., ‘Natural Rubber Compounds for Low Creep and Improved Dynamic Performance’, Rubber in Engineering, 1973, (eds. LindleyP.B. and Rodway H.G.), LondonMRPRA 1973
85.
WheelansMA, Injection Moulding of Rubber, London, Butterworths, 1974
86.
WheelansMA, ‘Powdered NR- Applications, Processing and Economies’, Powdered, Liquid and Thermoplastic Natural Rubber Proceedings of a UNIDO-sponsored Symposium, Phuket, Thailand, 1981, Hertford MRPRA, 1984
87.
MetherellC, Continuous Vulcanisation of Natural Rubber Using the LCM Process. MRPRA Technical Bulletin, in the press
88.
AllenP.W., Winter Tyres: the Story of a Successful Innovation’, Rubb. Dev., 34, 1981, 102–6
89.
ClapsonB.E. and LakeG.J., ‘Truck Tyre Groove Cracking Theory and Practice’, Rubb. J., 152, 1970, 36–52
90.
BreidenbachR F and LakeG. J., ‘Mechanics of Fracture in Two-Ply Laminates’, Rubb. Chem. Technol, 52, 1979, 96–109
91.
SouthernE. and ThomasAG., ‘Studies of Rubber Abrasion’, Plast. Rubb. Mat. Applic, 3, 1978, 133–8
92.
PhilpottMW. and GazeleyK.F., unpublished work
93.
PendleT.D., ‘NewA.Method of Increasing the Flame Resistance of Natural Rubber’, Rubber Dev., 14, 1961, 42–45
94.
GortonA.D.T. and PendleT.D., ‘NewA.Rapid Measurement of Crosslink Density in Compounded Natural Latices’, NR Technol., 7, 1976, 77–81
95.
PhilpottMW., ‘Activation of Sulphur-Bearing Vulcanisation Accelerators and Curing Agents’, Proc. 4th Rubb. Technol. Conf., London, 1962, 470–84
96.
LindleyP.B., Engineering Design with Natural Rubber. MRPRA Technical Bulletin, 1964
97.
DerhamC.J., ‘Creep and Stress Relaxation and their Relevance to Engineering Applications’, Rubber in Engineering 1973, (eds. LindleyP.B. and Rodway H.G.), London: MRPRA 1973
98.
StevensonA, ‘Crystallisation Stiffening of Rubber Vulcanisates at Low Environmental Temperatures’, Kauts. u. Gummi Kunst, 37, 1984, 105–9
99.
HarwoodJ. AC, MullinsL and PayneAR., ‘Stress Softening in Rubbers - a Review’, J. Instn. Rubb. Ind, 1, 1967, 17–27
WallerR.A, ‘Flats Isolated from Vibration’, Rubb. Dev., 19, 1966, 91–3
104.
DerhamC.J., WooltonL.R. and LearoydS.B.B., ‘Vibration Isolation and Earthquake Protection of Buildings by Natural Rubber Mountings’, Proc. Rubb. Engng. Conf, KualaLumpurl984;NRTechnol.,6, 1975, 21–33
105.
DerhamC.J., SouthernE. and ThomasAG., Some Factors Affecting the Life of Rubber Articles in Service’, NR Technol., 1, 2, 1970, No. 7
106.
ChowV.W. and KnightG.T., ‘Factors Influencing High Temperature Ageing of Large Natural Rubber Components’, Proc. Int. Rubb. Conf., Kuala Lumpur, 1975, 5, 57–73.
107.
StevensonA, ‘Longevity of Natural Rubber in Structural Bearings’, Plast. Rubb. Process. Applns., 5, 1985, 253–58
108.
HigginsG.M.C., ‘Chemical Analysis for Quality Control in the Rubber Manufacturing Industry’, Proc. Int. Rubb. Conf., Kuala Lumpur, 1975, 5, 324–35.
109.
Anon., ‘Physical Testing at NRPRA, NR Technol., 4, 1973, 41–45
110.
TinkerA. J., ‘Thermoplastic Natural Rubber Blends - An Update’, NR Technol., 18, 1987, 30–34
BakerC.S.L, GellingI.R. and WallaceI.R., ‘Recent Developments in Tyre-Retread Compounding', 132 nd ACS Rubber Division Meeting, Cleveland, Ohio USA, October 1987
114.
WhiteE.P., ‘Very Good Against An Earthquake’, Rubb. Dev., 41, 1988, 45–53
115.
BakerC.S.L., ‘MRPRA will Continue to Ensure That Natural Rubber's Merits are Exploited to the Full’, Rubb. Dev., 41, 1988, 34–36