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|Title:||Diffusion into a nanoparticle with first-order surface reaction confined within a sphere|
|Authors:||Chen, S.B. |
|Citation:||Chen, S.B., Tsao, H.-K. (2002-03-22). Diffusion into a nanoparticle with first-order surface reaction confined within a sphere. Journal of Chemical Physics 116 (12) : 5137-5142. ScholarBank@NUS Repository. https://doi.org/10.1063/1.1453963|
|Abstract:||The reaction rate for a spherical reactive particle entrapped in a spherical cavity was investigated. The reaction rate was found to vary with the particle location and the size ratio of particle to enveloping sphere. The results showed that an interaction between the particle and cavity can enhance the average reaction rate.|
|Source Title:||Journal of Chemical Physics|
|Appears in Collections:||Staff Publications|
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