**Appendix**

the use of the typical experimental optical tools to study flames. The high temperatures and the very high number densities in sodium/halide flames make the information obtained through the use of thermocouples and aerosol samplers of little relevance. Furthermore, the numerical results were obtained for the equivalent 1D plug flow reactor, while the laminar sodium/halide flame has complicated 2D flow field. However, a qualitative validation can be obtained by exploring extreme conditions. For example, maintaining the aerosol at constant high temperature for very long periods of time will provide information about the effect of NaCl coating on the particle size distribution and particle morphology. Having a very diluted aerosol will provide information about the effect of the number density on the fraction of

particles that can be encapsulated.

120 Montecarlo Simulation of Two Component Aerosol Processes

Tecnológico de Monterrey, Mexico

Address all correspondence to: jhuertas@itesm.mx

**Author details**

Jose Ignacio Huertas

**Chapter 8**
