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New capability for ozone dial profiling measurements in the troposphere and lower stratosphere from aircraft

by Butler, Carolyn , Ferrare, Richard , Hair, Johnathan , Nehrir, Amin , Cook, Anthony , Hostetler, Chris , Notari, Anthony , Newchurch, Mike , Knepp, Travis , Kuang, Shi , Wang, Lihua , Fenn, Marta , Burton, Sharon , Collins, Jim , Harper, David

in Airborne instruments / Airborne lasers / Aircraft / Differential absorption lidar / High altitude / Organic chemistry / Ozone / Solid state lasers / Stratosphere / Troposphere

2018

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New capability for ozone dial profiling measurements in the troposphere and lower stratosphere from aircraft

in Airborne instruments / Airborne lasers / Aircraft / Differential absorption lidar / High altitude / Organic chemistry / Ozone / Solid state lasers / Stratosphere / Troposphere

2018

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New capability for ozone dial profiling measurements in the troposphere and lower stratosphere from aircraft

in Airborne instruments / Airborne lasers / Aircraft / Differential absorption lidar / High altitude / Organic chemistry / Ozone / Solid state lasers / Stratosphere / Troposphere

2018

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Journal Article

New capability for ozone dial profiling measurements in the troposphere and lower stratosphere from aircraft

Butler, Carolyn,

Ferrare, Richard,

Hair, Johnathan,

Nehrir, Amin,

Cook, Anthony,

Hostetler, Chris,

Notari, Anthony,

Newchurch, Mike,

Knepp, Travis,

Kuang, Shi,

Wang, Lihua,

Fenn, Marta,

Burton, Sharon,

Collins, Jim,

Harper, David

2018

Overview

Recently, we successfully demonstrated a new compact and robust ozone DIAL lidar for smaller aircraft such as the NASA B200 and the ER-2 high-altitude aircraft. This is the first NASA airborne lidar to incorporate advanced solid-state lasers to produce the required power at the required ultraviolet wavelengths, and is compact and robust enough to operate nearly autonomously on the high-altitude ER-2 aircraft. This technology development resulted in the first new NASA airborne ozone DIAL instrument in more than 15 years. The combined ozone, aerosol, and clouds measurements provide valuable information on the chemistry, radiation, and dynamics of the atmosphere. In particular, from the ER-2 it offers a unique capability to study the upper troposphere and lower stratosphere.

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Publisher

EDP Sciences

Subject

Airborne instruments

/ Airborne lasers

/ Aircraft

/ Differential absorption lidar

/ High altitude

/ Organic chemistry

/ Ozone