The facility was designed to provide a compact experimental
apparatus with a highly configurable flame environment.
The facility exhibited concentric steel tubes to support a
flame with four chambers corresponding to the flow of fuel,
oxidizer, precursor carrier gas, and the exterior shroud gas.
The combustion-synthesized particles were collected on a
water-cooled bulk sampling plate. Transmission Electron
Microscope (TEM) sampling was performed via pneumatic
piston-cylinder actuator. For these experiments, the nano