International audienceA detailed review and analysis of literature values for the absorption cross-section of ozone at room temperature at the mercury-line wavelength (253.65 nm, air) is reported. Data from fourteen independent sets of measurements spanning the years 1959-2016 were considered. The present analysis is based upon a revised assessment of all Type A and Type B uncertainty components for each previously reported cross-section. A consensus value for the absorption cross-section of 1.1329(35) × 10 −17 cm 2 molecule −1 is recommended based on statistical analysis of the weighted data. This new cross-section value is 1.23% lower and its uncertainty sixfold smaller than the uncertainty of the conventionally accepted reference value r...
The room temperature (294.09 K) absorption cross section of ozone at the 325 nm HeCd wavelength has...
Absolute measurements of the absorption cross-sections of ozone in the 310-350 nm range (Huggin's sy...
Author Institution: Harvard-Smithsonian Center for Astrophysics, 60 Garden St.The atmospherically im...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceThe room temperature (294.09 K) absorption cross section of ozone at the 325 n...
International audienceThe room temperature (294.09 K) absorption cross section of ozone at the 325 n...
International audienceThe room temperature (294.09 K) absorption cross section of ozone at the 325 n...
International audienceThe room temperature (294.09 K) absorption cross section of ozone at the 325 n...
Considering the importance of the knowledge of the values for the absorption cross-sections of ozone...
The room temperature (294.09 K) absorption cross section of ozone at the 325 nm HeCd wavelength has...
Absolute measurements of the absorption cross-sections of ozone in the 310-350 nm range (Huggin's sy...
Author Institution: Harvard-Smithsonian Center for Astrophysics, 60 Garden St.The atmospherically im...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceA detailed review and analysis of literature values for the absorption cross-s...
International audienceThe room temperature (294.09 K) absorption cross section of ozone at the 325 n...
International audienceThe room temperature (294.09 K) absorption cross section of ozone at the 325 n...
International audienceThe room temperature (294.09 K) absorption cross section of ozone at the 325 n...
International audienceThe room temperature (294.09 K) absorption cross section of ozone at the 325 n...
Considering the importance of the knowledge of the values for the absorption cross-sections of ozone...
The room temperature (294.09 K) absorption cross section of ozone at the 325 nm HeCd wavelength has...
Absolute measurements of the absorption cross-sections of ozone in the 310-350 nm range (Huggin's sy...
Author Institution: Harvard-Smithsonian Center for Astrophysics, 60 Garden St.The atmospherically im...