Atomic Hydrogen In Flames Research Articles

Imaging of atomic hydrogen in flames with two-step saturated fluorescence detection

The hydrogen profile in a laminar hydrogen-air diffusion flame is mapped from a study of the Balmer-..cap alpha.. emission. (AIP)

Detection of atomic hydrogen in flames by resonance four-photon ionization at 365 nm

The first observations of the four-photon ionization of H atoms at 364.7 nm via a three-photon resonance on the Lyman alpha transition are reported. The resonance ionization detection of H and D atoms in an H 2/D 2/O 2/Ar flame is demonstrated and H-atom density profiles are measured with good spatial resolution. A broadening of 2.2 cm −1 /GW cm 2 of the four-photon resonance by ac Stark shifting is observed.

Fundamental aspects of combustion-some reactions of atomic hydrogen in flames

Fundamental aspects of combustion-some reactions of atomic hydrogen in flames

Some Reactions of Atomic Hydrogen in Flames

Some Reactions of Atomic Hydrogen in Flames