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421.
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UNDERSTANDING RECOVERED CARBON BLACK by
Material type: Text Text
Publication details: Rubber Chemistry and Technology, 96(2): 2023. 196-213 2023
Availability: Items available for reference: RRII Library: Not for loan (1).

422.
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BROADBAND DIELECTRIC CHARACTERIZATION OF CARBON BLACK–REINFORCED NATURAL RUBBER by
Material type: Text Text
Publication details: Rubber Chemistry and Technology, 96(4): 2023. 656-666. 2023
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423.
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Carbon Black To Reduce Hysteresis Energy Loss For Rubber Compounds by
Material type: Text Text
Publication details: International Rubber Conference-rubber Con 2024: Sustainable Development In Rubber Industry-challenges And Opportunities, 5-7 December 2024, Indian Rubber Institute, Kochi, India, P. 40. 2024
Availability: Items available for reference: RRII Library: Not for loan (1).

424.
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Performance impact of recovered carbon black (rCB) on tire sidewall by
Material type: Text Text
Publication details: International Rubber Conference-Rubber Con 2024: Sustainable Development in Rubber Industry-Challenges and Opportunities, 5-7 December 2024, Indian Rubber Institute, Kochi, India, p. 70.
Availability: Items available for reference: RRII Library: Not for loan (1).

425.
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Thermal and microscopic analysis of recovered carbon black material by
Material type: Text Text
Publication details: International Rubber Conference-Rubber Con 2024: Sustainable Development in Rubber Industry-Challenges and Opportunities, 5-7 December 2024, Indian Rubber Institute, Kochi, India, p. 85.
Availability: Items available for reference: RRII Library: Not for loan (1).

426.
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Synergistic reinforcement of carbon black-graphene hybrid in natural rubber for tire-tread application by
Material type: Text Text
Publication details: International Rubber Conference-Rubber Con 2024: Sustainable Development in Rubber Industry-Challenges and Opportunities, 5-7 December 2024, Indian Rubber Institute, Kochi, India, p. 103.
Availability: Items available for reference: RRII Library: Not for loan (1).

427.
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Enhanced antistatic properties of silicone rubber composites with conductive carbon black: Percolation, diffusion, and network formation analysis by
Material type: Text Text
Publication details: International Rubber Conference-Rubber Con 2024: Sustainable Development in Rubber Industry-Challenges and Opportunities, 5-7 December 2024, Indian Rubber Institute, Kochi, India, p. 113.
Availability: Items available for reference: RRII Library: Not for loan (1).