Measurements of the ratio OH/HO_2, NO, O_3, ClO, and BrO were obtained at altitudes from 15–20 km and latitudes from 15–60°N. A method is presented for interpreting these simultaneous in situ observations that constrains the rates of chemical transformations that 1) are responsible for over half the ozone removal rate in the lower stratosphere via reactions of HO_2 and 2) control the abundance of HO_2 through coupling to nitrogen and halogen radicals. The results show our understanding of the chemical reactions controlling the partitioning of OH and HO_2 is complete and accurate and that the potential effects of “missing chemistry” are strictly constrained in the region of the atmosphere encompassed by the observations. The analysis demonst...
The first simultaneous measurements of HO(x), NO(x), and Cl(x) radicals in the middle stratosphere s...
Recent studies using NO, NO(y), OH and HO2 (HO(X)) observations have postulated acetone and convecti...
Interactions between atmospheric hydrogen oxides and aircraft nitrogen oxides determine the impact o...
Measurements of the ratio OH/HO_2, NO, O_3, ClO, and BrO were obtained at altitudes from 15–20 km an...
Reactions that inter-convert OH and HO_2 are directly involved in the catalytic removal of O_3 in th...
In situ measurements of hydrogen, nitrogen, and chlorine radicals obtained in the lower stratosphere...
In situ measurements of hydrogen, nitrogen, and chlorine radicals obtained in the lower stratosphere...
Extensive measurement campaigns by the NASA ER-2 research aircraft have obtained a nearly pole-to-po...
Extensive measurement campaigns by the NASA ER-2 research aircraft have obtained a nearly pole-to-po...
Extensive measurement campaigns by the NASA ER-2 research aircraft have obtained a nearly pole-to-po...
Simultaneous in situ measurements of the concentrations of OH, HO_2, ClO, BrO, NO, and NO_2 demonstr...
ER-2 aircraft observations of OH and HO_2 concentrations in the upper troposphere during the NASA/ST...
ER-2 aircraft observations of OH and HO_2 concentrations in the upper troposphere during the NASA/ST...
Using observations from balloon-borne instruments and aircraft-borne instruments the investigation a...
The factors controlling the concentrations of HO radicals (= OH + peroxy) in the upper troposphere (...
The first simultaneous measurements of HO(x), NO(x), and Cl(x) radicals in the middle stratosphere s...
Recent studies using NO, NO(y), OH and HO2 (HO(X)) observations have postulated acetone and convecti...
Interactions between atmospheric hydrogen oxides and aircraft nitrogen oxides determine the impact o...
Measurements of the ratio OH/HO_2, NO, O_3, ClO, and BrO were obtained at altitudes from 15–20 km an...
Reactions that inter-convert OH and HO_2 are directly involved in the catalytic removal of O_3 in th...
In situ measurements of hydrogen, nitrogen, and chlorine radicals obtained in the lower stratosphere...
In situ measurements of hydrogen, nitrogen, and chlorine radicals obtained in the lower stratosphere...
Extensive measurement campaigns by the NASA ER-2 research aircraft have obtained a nearly pole-to-po...
Extensive measurement campaigns by the NASA ER-2 research aircraft have obtained a nearly pole-to-po...
Extensive measurement campaigns by the NASA ER-2 research aircraft have obtained a nearly pole-to-po...
Simultaneous in situ measurements of the concentrations of OH, HO_2, ClO, BrO, NO, and NO_2 demonstr...
ER-2 aircraft observations of OH and HO_2 concentrations in the upper troposphere during the NASA/ST...
ER-2 aircraft observations of OH and HO_2 concentrations in the upper troposphere during the NASA/ST...
Using observations from balloon-borne instruments and aircraft-borne instruments the investigation a...
The factors controlling the concentrations of HO radicals (= OH + peroxy) in the upper troposphere (...
The first simultaneous measurements of HO(x), NO(x), and Cl(x) radicals in the middle stratosphere s...
Recent studies using NO, NO(y), OH and HO2 (HO(X)) observations have postulated acetone and convecti...
Interactions between atmospheric hydrogen oxides and aircraft nitrogen oxides determine the impact o...