$15.00
Ethylene silane copolymer was used to study cross-linking reactions in the presence of moisture and catalyst. Controlled diffusion of water coupled with micro FTIR profiling technique led to an estimate of diffusion of water and/or cross-linking. The gel content was measured as a function of diffusion depth for water. The profile of the spectral variation and gel followed the classical diffusion equation to a first order approximation.
Ethylene silane copolymer was used to study cross-linking reactions in the presence of moisture and catalyst. Controlled diffusion of water coupled with micro FTIR profiling technique led to an estimate of diffusion of water and/or cross-linking. The gel content was measured as a function of diffusion depth for water. The profile of the spectral variation and gel followed the classical diffusion equation to a first order approximation.
| Author(s) | Haridoss Sarma and A. Shaikevitch, AT Plastics, Inc., Canada. |
|---|---|
| Publication/Event/Pages | Paper presented at WAI International Technical Conference, Mexico City, Mexico. Paper published in Wire Journal International, May 1995, pg. 62. |
| Year | 1994 |
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