NETL scientist Steven Woodruff is evaluating a photonic crystal optical fiber as a Raman sensor for gaseous materials.
NETL scientist Steven Woodruff is evaluating a photonic crystal optical fiber as a Raman sensor for gaseous materials. The hollow core fiber enables a significant enhancement of the Raman signals from gas phase components, such as the hydrocarbons in natural gas and the hydrogen and carbon monoxide in syngas. Raman sensing also permits measurements of homonuclear diatomics such as hydrogen, nitrogen, and oxygen.
NETL scientist Steven Woodruff is evaluating a photonic crystal optical fiber as a Raman sensor for gaseous materials.
NETL scientist Steven Woodruff is evaluating a photonic crystal optical fiber as a Raman sensor for gaseous materials. The hollow core fiber enables a significant enhancement of the Raman signals from gas phase components, such as the hydrocarbons in natural gas and the hydrogen and carbon monoxide in syngas. Raman sensing also permits measurements of homonuclear diatomics such as hydrogen, nitrogen, and oxygen.