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Journal Articles

Modulus of Natural Rubber Crosslinked by Dicumyl Peroxide III. Some Molecular Interpretations, Possible Refinements of Theory, and Conclusions

L. A. Wood
Journal: Rubber Chemistry and Technology
Rubber Chemistry and Technology (1977) 50 (2): 233–252.
https://doi.org/10.5254/1.3535139
Published: 01 May 1977
View articletitled, Modulus of Natural Rubber Crosslinked by Dicumyl Peroxide III. Some Molecular Interpretations, Possible Refinements of Theory, and Conclusions
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Journal Articles

Physical Constants of Different Rubbers

L. A. Wood
Journal: Rubber Chemistry and Technology
Rubber Chemistry and Technology (1976) 49 (2): 189–199.
https://doi.org/10.5254/1.3534955
Published: 01 May 1976
View articletitled, Physical Constants of Different Rubbers
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Journal Articles

Long-Time Creep in a Pure-Gum Rubber Vulcanizate: Influence of Humidity and Atmospheric Oxygen

L. A. Wood, G. W. Bullman, F. L. Roth
Journal: Rubber Chemistry and Technology
Rubber Chemistry and Technology (1975) 48 (2): 154–163.
https://doi.org/10.5254/1.3547441
Published: 01 May 1975
View articletitled, Long-Time Creep in a Pure-Gum Rubber Vulcanizate: Influence of Humidity and Atmospheric Oxygen
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Journal Articles

Modulus of Natural Rubber Crosslinked by Dicumyl Peroxide. II. Comparison with Theory

L. A. Wood
Journal: Rubber Chemistry and Technology
Rubber Chemistry and Technology (1973) 46 (5): 1287–1298.
https://doi.org/10.5254/1.3547437
Published: 01 November 1973
View articletitled, Modulus of Natural Rubber Crosslinked by Dicumyl Peroxide. II. Comparison with Theory
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Journal Articles

Modulus of Natural Rubber Crosslinked by Dicumyl Peroxide. I. Experimental Observations

L. A. Wood, G. W. Bullman, G. E. Decker
Journal: Rubber Chemistry and Technology
Rubber Chemistry and Technology (1972) 45 (5): 1388–1402.
https://doi.org/10.5254/1.3544746
Published: 01 September 1972
View articletitled, Modulus of Natural Rubber Crosslinked by Dicumyl Peroxide. I. Experimental Observations
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Journal Articles

Creep of Pure-Gum Vulcanizates of Natural Rubber

L. A. Wood
Journal: Rubber Chemistry and Technology
Rubber Chemistry and Technology (1970) 43 (6): 1482–1490.
https://doi.org/10.5254/1.3547343
Published: 01 November 1970
View articletitled, Creep of Pure-Gum Vulcanizates of Natural Rubber
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Journal Articles

Creep of Pure-Gum Rubber Vulcanizates from Indentation-Time Measurements

L. A. Wood, F. L. Roth
Journal: Rubber Chemistry and Technology
Rubber Chemistry and Technology (1963) 36 (3): 611–620.
https://doi.org/10.5254/1.3539592
Published: 01 July 1963
View articletitled, Creep of Pure-Gum Rubber Vulcanizates from Indentation-Time Measurements
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Journal Articles

Crystallization and Second-Order Transitions in Silicone Rubbers

C. E. Weir, W. H. Leser, L. A. Wood
Journal: Rubber Chemistry and Technology
Rubber Chemistry and Technology (1951) 24 (2): 366–373.
https://doi.org/10.5254/1.3543067
Published: 01 June 1951
View articletitled, Crystallization and Second-Order Transitions in Silicone Rubbers
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Journal Articles

Refractive Index of Natural Rubber for Different Wave Lengths

L. A. Wood, L. W. Tilton
Journal: Rubber Chemistry and Technology
Rubber Chemistry and Technology (1950) 23 (3): 661–669.
https://doi.org/10.5254/1.3547044
Published: 01 September 1950
View articletitled, Refractive Index of Natural Rubber for Different Wave Lengths
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Journal Articles

Values of the Physical Constants of Rubber

L. A. Wood
Journal: Rubber Chemistry and Technology
Rubber Chemistry and Technology (1939) 12 (2): 130–149.
https://doi.org/10.5254/1.3546420
Published: 01 June 1939
View articletitled, Values of the Physical Constants of Rubber
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