Drying of natural rubber in sheet form - internal structure and water transfer


Citation

Auria R., . and Benet J. C., . and Cousin B., . and Sainte-Beuve J., . Drying of natural rubber in sheet form - internal structure and water transfer. pp. 267-280. ISSN 0127-7065

Abstract

The internal structure of hydrated natural rubber was revealed by observation under the electron scanning microscope using the cryofracturing technique. It showed that natural rubber in its hydrated state is made up of an agglomeration of rubber globules which retain their original shape and size and it is a diphasic medium during drying. The internal water transfer in a sheet of natural rubber during the falling rate drying period was studied. Experimental analysis of the development of water content profiles in the sheet substantiated a law of water transfer using the water content gradient as the thermodynamic transfer force. The coefficient of transfer involved in the law was measured and proved to be highly dependent on the water content.


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Abstract

The internal structure of hydrated natural rubber was revealed by observation under the electron scanning microscope using the cryofracturing technique. It showed that natural rubber in its hydrated state is made up of an agglomeration of rubber globules which retain their original shape and size and it is a diphasic medium during drying. The internal water transfer in a sheet of natural rubber during the falling rate drying period was studied. Experimental analysis of the development of water content profiles in the sheet substantiated a law of water transfer using the water content gradient as the thermodynamic transfer force. The coefficient of transfer involved in the law was measured and proved to be highly dependent on the water content.

Additional Metadata

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Item Type: Article
AGROVOC Term: Natural rubber
AGROVOC Term: Drying
AGROVOC Term: Hydration
AGROVOC Term: Agglomerating
AGROVOC Term: Electron microscopy
AGROVOC Term: Experimentation
AGROVOC Term: Water transfer (in plants)
AGROVOC Term: Water transport (in plants)
AGROVOC Term: Water content
AGROVOC Term: Hevea brasiliensis
Depositing User: Ms. Suzila Mohamad Kasim
Last Modified: 24 Apr 2025 06:28
URI: http://webagris.upm.edu.my/id/eprint/23491

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